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1 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK SERVICE MANUAL No. LED COLOUR TELEVISION LC-9LE40E/UK LC-LE40E/UK LC-6LE40E/UK MODELS LC-LE40E/UK In the interests of user-safety (Required by safety regulations in some countries) the set should be restored to its original condition and only parts identical to those specified should be used. SAFETY PRECAUTION IMPORTANT SERVICE SAFETY PRE- CAUTION... Precautions for using lead-free solder CONTENTS CHAPTER 6. BLOCK DIAGRAM/WIRING DIAGRAM [] BLOCK DIAGRAM...89 [] POWER MANAGEMENT BLOCK DIAGRAM...90 [] WIRING DIAGRAM...9 CHAPTER. OPERATION MANUAL [] SPECIFICATIONS...4 [] OPERATION MANUAL...5 [] DIMENSIONS...0 CHAPTER. REMOVING OF MAJOR PARTS [] REMOVING OF MAJOR PARTS... CHAPTER. ADJUSTMENT PROCEDURE [] ADJUSTMENT PROCEDURE... [] SERVICE MODE...44 [] SOFTWARE UPGRADE PROCEDURE...45 CHAPTER 4. TROUBLESHOOTING TABLE [] POWER BOARD TROUBLESHOOTING TABLE...46 [] MAIN BOARD TROUBLESHOOTING TABLE...50 CHAPTER 5. MAJOR IC INFORMATIONS [] MAJOR IC INFORMATIONS...6 CHAPTER 7. PRINTED WIRING BOARD [] MAIN UNIT PRINTED WIRING BOARD...95 [] POWER UNIT PRINTED WIRING BOARD...97 [] KEY UNIT PRINTED WIRING BOARD...0 [4] IR UNIT PRINTED WIRING BOARD...0 CHAPTER 8. SCHEMATIC DIAGRAM [] MAIN SCHEMATIC DIAGRAM...05 [] POWER SCHEMATIC DIAGRAM...8 [] KEY SCHEMATIC DIAGRAM...5 [4] IR SCHEMATIC DIAGRAM...6 CHAPTER 9. Parts Guide [] SPARE PARTS LIST...8 [] CABINET PARTS...88 [] SUPPLIED ACCESSOORIES...96 [4] PACKING PARTS...97 Parts marked with " " are important for maintaining the safety of the set. Be sure to replace these parts with specified ones for maintaining the safety and performance of the set. SHARP CORPORATION This document has been published to be used for after sales service only. The contents are subject to change without notice.

2 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK SAFETY PRECAUTION IMPORTANT SERVICE SAFETY PRECAUTION Service work should be performed only by qualified service technicians who are thoroughly familiar with all safety checks and the servicing guidelines which follow: WARNING. For continued safety, no modification of any circuit should be attempted.. Disconnect AC power before servicing. CAUTION: FOR CONTINUED PROTECTION AGAINST A RISK OF FIRE REPLACE ONLY WITH SAME TYPE FUSE. 4" F90 (T6.AH/50V) 6"/" F90 (T5AH/50V) BEFORE RETURNING THE RECEIVER (Fire & Shock Hazard) Before returning the receiver to the user, perform the following safety checks:. Inspect all lead dress to make certain that leads are not pinched, and check that hardware is not lodged between the chassis and other metal parts in the receiver. 4. Inspect all protective devices such as non-metallic control knobs, insulation materials, cabinet backs, adjustment and compartment covers or shields, isolation resistor-capacitor networks, mechanical insulators, etc. 5. To be sure that no shock hazard exists, check for leakage current in the following manner. Plug the AC cord directly into a 0~40 volt AC outlet. Using two clip leads, connect a.5k ohm, 0 watt resistor paralleled by a 0.5µF capacitor in series with all exposed metal cabinet parts and a known earth ground, such as electrical conduit or electrical ground connected to an earth ground. Use an AC voltmeter having with 5000 ohm per volt, or higher, sen- sitivity or measure the AC voltage drop across the resistor. Connect the resistor connection to all exposed metal parts having a return to the chassis (antenna, metal cabinet, screw heads, knobs and control shafts, escutcheon, etc.) and measure the AC voltage drop across the resistor. All checks must be repeated with the AC cord plug connection reversed. (If necessary, a nonpolarized adaptor plug must be used only for the purpose of completing these checks.) Any reading of.05 V peak (this corresponds to 0.7 ma peak AC.) or more is excessive and indicates a potential shock hazard which must be corrected before returning the monitor to the owner. TO EXPOSED METAL PARTS DVM AC SCALE.5k ohm 0W 0.5 µf TEST PROBE ////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// SAFETY NOTICE Many electrical and mechanical parts in LCD color television have special safety-related characteristics. These characteristics are often not evident from visual inspection, nor can protection afforded by them be necessarily increased by using replacement components rated for higher voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this manual; electrical components having such features are identified by and shaded areas in the Replacement Parts List and Schematic Diagrams. For continued protection, replacement parts must be identical to those used in the original circuit. CONNECT TO KNOWN EARTH GROUND The use of a substitute replacement parts which do not have the same safety characteristics as the factory recommended replacement parts shown in this service manual, may create shock, fire or other hazards. //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////

3 Precautions for using lead-free solder LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Using lead-free wire solder When fixing the PWB soldered with the lead-free solder, apply lead-free wire solder. Repairing with conventional lead wire solder may cause damage or accident due to cracks. As the melting point of lead-free solder (Sn-Ag-Cu) is higher than the lead wire solder by 40 C, we recommend you to use a dedicated soldering bit, if you are not familiar with how to obtain lead-free wire solder or soldering bit, contact our service station or service branch in your area. Soldering As the melting point of lead-free solder (Sn-Ag-Cu) is about 0 C which is higher than the conventional lead solder by 40 C, and as it has poor solder wettability, you may be apt to keep the soldering bit in contact with the PWB for extended period of time. However, Since the land may be peeled off or the maximum heat-resistance temperature of parts may be exceeded, remove the bit from the PWB as soon as you confirm the steady soldering condition. Lead-free solder contains more tin, and the end of the soldering bit may be easily corroded. Make sure to turn on and off the power of the bit as required. If a different type of solder stays on the tip of the soldering bit, it is alloyed with lead-free solder. Clean the bit after every use of it. When the tip of the soldering bit is blackened during use, file it with steel wool or fine sandpaper. Be careful when replacing parts with polarity indication on the PWB silk.

4 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK CHAPTER. OPERATION MANUAL [] SPECIFICATIONS Specification Item 9" LCD COLOUR TV, Model: LC-9LE40 "LCD COLOUR TV, Model: LC-LE40 6 LCD COLOUR TV, Model: LC-6LE40 LCD COLOUR TV, Model: LC-LE40 LCD screen size 9 diagonal diagonal 6 diagonal diagonal Number of dots,47,64 dots ( dots) 6,0,800 dots ( dots),47,64 dots ( dots) 6,0,800 dots ( dots) Video Colour System PAL/SECAM/NTSC.58/NTSC 4.4/PAL 60 TV Function TV-Standard Receiving Channel TV-Tuning System STEREO/BILINGUAL Analogue Digital VHF/UHF CATV CCIR (B/G, I, D/K, L/L ) DVB-T (K/8K OFDM), DVB-C ATV : IRA-E69, DVB-T : E5-E69 S-band, S S4ch Auto Preset 599 ch, Auto Label, Auto Sort NICAM/A Audio amplifier W W 5W 0W Speaker Rear Side OSD language Power Requirement Antenna RS-C 0 (H) 7 (W) (D) mm UHF/VHF 75Ω D-sub 9 pin male connector 0 (H) 7 (W) (D) mm SCART SCART (AV input, Y/C input, RGB input, TV output ) PC IN Component SPDIF OUT AV OUT HDMI D-sub 5 pin (AV input), Ø.5mm jack (Audio input) Y/Pb(Cb)/Pr(Cr), RCA pin (L/R) Digital audio output RCA pin (AV output) Digital video and audio input C. I. (Common Interface) EN50, R0600, CI Plus specification AV IN USB Headphones HDMI RCA pin (AV input) Software update, multi-media play Ø.5mm jack (Audio output) Digital video and audio input Power Consumption 0W (Standby < 0.W) (Method IEC6087) Weight.kg (Without stand),.7kg (With stand) Operating temperature 0 C to + 40 C 8 (H) 64 (W) (D) mm 0 (H) 64 (W) (D) mm English, German, French, Italian, Dutch, Spanish, Greek, Portuguese, Swedish, Finnish, Russian, Polish, Turkish, Hungarian, Czech, Slovak, Danish, Norwegian, Estonian, Latvian, Lithuanian, Slovenian, Bulgarian, Croatian, Romanian, Serbian, Ukrainian, Gaelic, Belarussian. AC 0 40 V, 50 Hz 0W (Standby < 0.W) (Method IEC6087) 4.0kg (Without stand), 4.5kg (With stand) 45W (Standby < 0.W) (Method IEC6087) 6.4kg (Without stand), 7.4kg (With stand) As a part of policy of continuous improvement, SHARP reserves the right to make design and specification changes for product improvement without prior notice. The performance specification figures indicated are nominal values of production units. There may be some deviations from these values in individual units. 90W (Standby < 0.W) (Method IEC6087) 8.8kg (Without stand), 0.kg (With stand) NOTE Refer to the inside back cover for dimensional drawings. Audio cannot be output through the HDMI terminal. 4

5 [] OPERATION MANUAL LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Remote control unit (POWER) Press to turn the LCD TV on or enter standby mode. (INPUT SOURCE) Select an input source. 0-9 DIGIT BUTTONS To select a TV channel directly. EPG Press this button to display electronic programme guide when watching digital channels. PRE PR To display the previous selected TV channel. DTV/ATV Press this button to switch between ATV and DTV channels. PR LIST Press to display a list of channels. Then press Red button to select the digital or analogue channel list.(only available when your input source is TV). ECO Press this button to set the picture with less brightness for saving energy. Display programme information, if available. (+/-) Press to adjust the volume. Press to toggle audio on and off. You can also press (+/-) to restore the previous volume level. (Picture format) Select picture format to Auto /Normal / Zoom / Zoom /Wide. P ( ) Press to select the channel. DUAL Select MONO / STEREO / DUAL / DUAL for ATV channel. Select Audio language for DTV channel. AUDIO (ADJ) Press to set the LCD TV to a predefined sound setting. Personal / Music / Speech VIDEO (ADJ) Press to set the LCD TV to a predefined picture setting. Personal / Standard / Vivid / Movie / Eco SLEEP Press to turn the LCD TV off within an amount of time. (0 ~ 0 minutes.) Press ooepπ to navigate and confirm your selection. OK Press to activate a setting. MENU Press to activate the LCD TV OSD. EXIT Press to exit the LCD TV OSD or return to the previous layer. R/G/Y/B (COLOUR BUTTON) Press buttons to select the pictures with various colours of text. Different channels display different functions. TELETEXT Press this button to activate Teletext. Press again to activate Teletext with TV. Press again to turn off Teletext. SUBTITLE For DTV, press this button to toggle off / between available subtitle languages. For ATV, press this button to toggle off / between available subtitle pages in Teletext. SIZE Press this button to change the font size: Full screen, Top half and Bottom half. SUBPAGE To select the subpage when the current page contains subpage(s). INDEX Press this button to return to page 00 or the index page; and then press 0 to 9. The teletext page will be numbered and added to the page you select or the secondary item. HOLD Press this button to stop the scrolling of pages. The text decoder stops receiving data. REVEAL Reveal hidden information such as answers to a quiz. FREEZE Press to freeze a moving image on the screen. (Only available when your input source is TV). Scart output signal will also be frozen when you are watching digital channels. In USB mode: (You need to programme the setting with remote control to control connected devices.) Press to skip back to the previous title or track. Press to stop playback. Press to start/pause playback. Caution: Do not freeze the video image for long periods of time. You may damage the TV screen. Press to skip forward to the next title or track. 5

6 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK TV (Front view) TV (Rear view) 6

7 Preparation LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Mount the TV base. Put the TV face down on a safe surface that is covered by a soft and smooth cloth.. Adjust the TV stand to the bottom of the TV. Please be sure the arrow heads are facing front.. Fasten the screws by using a cross-head screwdriver(not supplied). NOTE: To detach the TV stand, perform the steps in reverse order. Wall mounting TV screen size ( Inches) VESAcompatible wall bracket (millimeters) (W x H) Screw type 9 75 x 75 mm Metric 4 x 0 mm 00 x 00 mm Metric 4 x 0 mm 6 00 x 00 mm Metric 4 x 0 mm 00 x 00 mm Metric 4 x 0 mm NOTE At the time of purchasing wall bracket, please check if there is enough space between the wall bracket and TV terminals for the terminal connection. Installation of batteries. Insert two AAA batteries into Remote control. Make sure (+) and (-) are facing the proper direction.. Replace the cover NOTE If the remote control will not to be used for a long time, remove the batteries to avoid remote control damage. CAUTION: Improper use of batteries can result in chemical leakage or explosion. Be sure to follow the instructions below. Do not mix batteries of different types. Different types of batteries have different characteristics. Do not mix old and new batteries. Mixing old and new batteries can shorten the life of new batteries or cause chemical leakage in old batteries. Remove batteries as soon as they are worn out. Chemicals that leak from batteries come in contact with skin can cause a rash. If you find any chemical leakage, wipe thoroughly with a cloth. The batteries supplied with this product may have a shorter life expectancy due to storage conditions. If you will not be using the remote control unit for an extended period of time, remove batteries from it. Note on disposing batteries: The batteries provided contain no harmful materials such as cadmium, lead or mercury. Regulations concerning used batteries stipulate that batteries may no longer be thrown out with the household rubbish. Deposit any used batteries free of charge into the designated collection containers set up at commercial businesses

8 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Using the remote control Use the remote control unit by pointing it towards the remote control sensor. Objects between the remote control unit and sensor may prevent proper operation. Display the Menu Screen Press MENU and the menu screen displays. Select an item by the remote control. Press <> to select the desired menu.. Press to select / adjust the item to the desired level. The setting on screen is applied immediately.. Press EXIT to return to the previous layer. Exit the Menu Screen The operation will exit the menu screen if you press EXIT before it is complete. 8

9 Appendix troubleshooting LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK problem No picture Abnormal colours Twisted picture Picture too dark Audio only, no images Picture only, no audio Cannot use remote control Cannot receive sufficient channels through antenna No colour Blinking picture accompanied by ghost image Broken lines or segments Certain TV channels are blocked(hope to acquire some channels) Overlapping images or ghost images Cannot use a function Cannot receive programmes possible Solution. Connect power cord correctly.. Turn on power.. Connect signal cable correctly. 4. Press any button on the LCD TV. Connect signal cable correctly.. Connect signal cable correctly.. Please use compatible signal. Adjust brightness and contrast.. Please check if input signal is connected correctly.. TV-RF signal must not be lower than 50dB.. Connect signal cable correctly.. Adjust volume to proper level.. Connect audio signal cable correctly. 4. TV-RF signal must not be lower than 50dB.. Please change battery.. Turn off power for 0 seconds; and then restart power. Please use the Channel Scan function to increase the number of channels not included in memory. Please adjust the colour setup.. Check the connection of antenna/signal cable.. Check if channel is in play mode.. Press signal source and change input mode. Adjust antenna. Keep the TV away from noise sources, such as automobiles, neon lights, and hair dryers. Please use the Update Scan method to add the channels not included in memory. Please use multi-directional outdoor antenna.(if your TV is subject to the influence of nearby mountains or buildings). If the item you choose turns gray, that item cannot be selected. Please use the Update Scan method to add the channels not included in memory. Cautions regarding use in high and low temperature environments When the unit is used in a low temperature space (e.g. room, office), the picture may leave trails or appear slightly delayed. This is not a malfunction, and the unit will recover when the temperature returns to normal. Do not leave the unit in a hot or cold location. Also, do not leave the unit in a location exposed to direct sunlight or near a heater, as this may cause the cabinet to deform and the LCD panel to malfunction. Storage temperature: +5 C to +5 C. Information on the software license for this product Software composition The software included in this product is comprised of various software components whose individual copyrights are held by SHARP or by third parties. Software developed by SHARP and open source software The copyrights for the software components and various relevant documents included with this product that were developed or written by SHARP are owned by SHARP and are protected by the Copyright Act, international treaties, and other relevant laws. This product also makes use of freely distributed software and software components whose copyrights are held by third parties. These include software components covered by a GNU General Public License (hereafter GPL), a GNU Lesser General Public License (hereafter LGPL) or other license Agreement. Acknowledgements The following open source software components are included in this product: linuxkernel modutils glibc zlib libpng

10 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK [] DIMENSIONS Dimension 0

11 CHAPTER. REMOVING OF MAJOR PARTS LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK [] REMOVING OF MAJOR PARTS(LC-9LE40E/UK). Assy/Panel Removal Notes: Please put your machine on soft material to avoid to scrape panel when you disassemble it. Front view Back view Fig. Fig. Step. Remove the Base Assy and Base neck.. Remove the Base Assy as Fig.. Remove the screws as Fig. and pull out the base as Fig.4 Fig

12 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Fig.4. Remove the 4 screws. Detach the Base neck as Fig.4. Step. Remove the REAR COVER Assy.. Remove the 5 screws. Detach the REAR COVER as Fig.5. Fig.5 Note: How to easy remove rear cabinet Put left hand on the center of rear cabinet Press down Right hand fingers put under the machine rim Pull up Pull up Pull up Pull up Step. Remove the Main, Power and the Speakers.

13 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Fig.6. Disconnect cables and the LVDS cable and remove the 5 screws. Detach the Main board as Fig.7 and Fig.8. Note: Please disconnect the LVDS cable from the panel firstly, then disconnect the LVDS from the main board. If you disconnect the LVDS cable with the Main board firstly, maybe the panel connector will be damaged because of the short LVDS cable. Fig.7 Fig.8. Disconnect cables and remove the 4 screws. Detach the Power board as Fig.9. Note: Push out the AC port from the Bracket, then disconnect the AC cable with the power board. Caution: Do not pull back cover with AC Inlet rough when you dismantle it from cabinet, as this way cause it to be damaged and the wire to loose from it Fig.9

14 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK. Release the speaker cable from its clamp, pull up and remove the speaker as Fig.0. Fig.0 Step 4. Remove the Bracket and Bezel.. Remove the 9 screws. Detach the Bracket and panel as Fig.. Fig.. Remove the panel from the bezel as Fig.. Fig. Step 5. Remove the IR and Key board..disconnect cable. Detach the IR board as Fig.. Fig. 4

15 . Disconnect cable. Detach the Key board as Fig.4. LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK. Set Re-assembly Fig.4 To re-assemble the whole set, execute all processes in reverse order. Notes: a. While re-assembling, make sure that all cables are placed and connected in their original position. b. Pay special attention not to damage the EMC foams at the SSB shielding. Check that EMC foams are put correctly on their places

16 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK REMOVING OF MAJOR PARTS(LC-LE40E/UK). Assy/Panel Removal Notes: Please put your machine on soft material to avoid to scrape panel when you disassemble it. Front view Back view Fig. Fig. Step. Remove the Base Assy and Base neck.. Remove the Base Assy as Fig.. Remove the screws as Fig. and pull out the base as Fig.4 Fig.. Remove the 4 screws. Detach the Base neck as Fig.4. 6

17 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Fig.4 Step. Remove the REAR COVER Assy.. Remove the 5 screws. Detach the REAR COVER as Fig.5. Fig.5 Note: How to easy remove rear cabinet Put left hand on the center of rear cabinet Press down Right hand fingers put under the machine rim Pull up Pull up Pull up Pull up Step. Remove the Main, Power and the Speakers

18 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Fig.6. Disconnect 4 cables and remove the 5 screws. Detach the Main board as Fig.7 and Fig.8. Note: Please disconnect the LVDS cable from the panel firstly, then disconnect the LVDS from the main board. If you disconnect the LVDS cable with the Main board firstly, maybe the panel connector will be damaged because of the short LVDS cable. Fig.7 Fig.8. Disconnect cables and remove the 4 screws. Detach the Power board as Fig.9. Note: Push out the AC port from the Bracket, then disconnect the AC cable with the power board. Caution: Do not pull back cover with AC Inlet rough when you dismantle it from cabinet, as this way cause it to be damaged and the wire to loose from it. Fig.9 8

19 . Release the speaker cable from its clamp, pull up and remove the speaker as Fig.0. LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Fig.0 Step 4. Remove the Bracket and Bezel.. Remove the screws. Detach the Bracket and panel as Fig.. Fig.. Remove the panel from the bezel as Fig.. Fig. Step 5. Remove the IR and Key board.. Disconnect cable. Detach the IR board as Fig.6. Fig.6. Disconnect cable. Detach the Key board as Fig.7. Fig

20 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK. Set Re-assembly To re-assemble the whole set, execute all processes in reverse order. Notes: a. While re-assembling, make sure that all cables are placed and connected in their original position. b. Pay special attention not to damage the EMC foams at the SSB shielding. Check that EMC foams are put correctly on their places. 0

21 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK REMOVING OF MAJOR PARTS(LC-6LE40E/UK). Assy/Panel Removal Notes: Please put your machine on soft material to avoid to scrape panel when you disassemble it. Front view Back view Fig. Fig. Step. Remove the Base Assy and Base neck.. Remove the Base Assy as Fig.. Remove the screws as Fig. and pull out the base as Fig.4 Fig.. Remove the 4 screws. Detach the Base neck as Fig

22 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Fig.4 Step. Remove the REAR COVER Assy.. Remove the 0 screws. Detach the REAR COVER as Fig.5. Fig.5 Note: How to easy remove rear cabinet Put left hand on the center of rear cabinet Press down Right hand fingers put under the machine rim Pull up Pull up Pull up Pull up Step. Remove the Main, Power board and the Speakers.

23 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Fig.6. Disconnect 4 cables and remove the 4 screws. Detach the Main board as Fig.7. Main board Fig.7. Disconnect cables and remove the 4 screws. Detach the Power board as Fig.8. Note: Push out the AC port from the Bracket, then disconnect the AC cable with the power board. Caution: Do not pull back cover with AC Inlet rough when you dismantle it from cabinet, as this way cause it to be damaged and the wire to loose from it. Power board Fig.8

24 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK. Release the speaker cable from its clamp, pull up and remove the speaker as Fig.9. Step 4. Remove the Bracket and Bezel. Fig.9. Remove the 0 screws. Detach the Bracket as Fig.0, Fig. and Fig.. Fig.0 Fig. Fig.. Remove the panel from the bezel as Fig. Panel: Fig. Step 5. Remove the IR and Key board.. Disconnect cable, then release the clips. Detach the IR board as Fig.4. Fig.4. Disconnect cable. Detach the Key board as Fig.5. Fig.5 4

25 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK. Set Re-assembly To re-assemble the whole set, execute all processes in reverse order. Notes: a. While re-assembling, make sure that all cables are placed and connected in their original position. b. Pay special attention not to damage the EMC foams at the SSB shielding. Check that EMC foams are put correctly on their places

26 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK REMOVING OF MAJOR PARTS(LC-LE40E/UK). Assy/Panel Removal Notes: Please put your machine on soft material to avoid to scrape panel when you disassemble it. Front view Back view Fig. Fig. Step. Remove the Base Assy and Base neck.. Remove the Base Assy as Fig.. Remove the screws as Fig. and pull out the base as Fig.4 Fig.. Remove the 4 screws. Detach the Base neck as Fig.4. 6

27 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Fig.4 Step. Remove the REAR COVER Assy.. Remove the screws. Detach the REAR COVER as Fig.5. Fig.5 Note: How to easy remove rear cabinet Put left hand on the center of rear cabinet Press down Right hand fingers put under the machine rim Pull up Pull up Pull up Pull up Step. Remove the Main and Power board

28 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Fig.6. Disconnect 4 cables and remove the 5 screws Detach the Main board as Fig.7 and Fig.8. Main board Fig.7 Fig.8. Disconnect cables and remove the 6 screws. Detach the Power board as Fig.9. Note: Push out the AC port from the Bracket, then disconnect the AC cable with the power board. Caution: Do not pull back cover with AC Inlet rough when you dismantle it from cabinet, as this way cause it to be damaged and the wire to loose from it. Power board Fig.9 Step 4. Remove the Bracket, Speakers and Bezel.. Remove the 7 screws. Detach the Bracket as Fig.0. 8

29 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Fig.0. Release the speaker cable from its clamp, pull up and remove the speaker as Fig.. Fig.. Remove the 8 screws to detach the panel bracket from the bezel.then take out of the panel from the bezel as Fig.. Panel: Fig. Step 5. Remove the IR and Key board Disconnect cable, then release the clips. Detach the IR board as Fig.. 9

30 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Fig.. Disconnect cable. Detach the Key board as Fig.4.. Set Re-assembly Fig.4 To re-assemble the whole set, execute all processes in reverse order. Notes: a. While re-assembling, make sure that all cables are placed and connected in their original position. b. Pay special attention not to damage the EMC foams at the SSB shielding. Check that EMC foams are put correctly on their places. 0

31 CHAPTER. ADJUSTMENT PROCEDURE LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK PROCEDURE [] ADJUSTMENT PROCEDURE. OSD Menu K Sharp DVB OSD tree-video OSD Layer Picture Smart Picture Brightness Contrast Color Tint Sharpness Color Temperature Advanced Control(have sub page) Personal Standard Vivid Movie Eco slider slider slider slider slider Normal Cool Warm Noise Reduction Flesh Tone Back Light(if DCR is Off) DCR (default) Off Low Medium HIGH Auto On Off slider On Off C.M.S-value R Y G C B M slider slider slider slider slider slider Sound Sound Mode Equalizer 0Hz Equalizer 500Hz Equalizer.5KHz Equalizer 5KHz Equalizer 0KHz Balance Virtual Surround Digital Audio Out Personal Music Speech slider slider slider slider slider slider On Off PCM Off

32 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Dolby Digital SPDIF Delay AVL Type(if source is DTV) slider(from 0 to 50, interval of 0 between two items) Off On Normal Hard of Hearing Audio Description Audio Description(if Type=Audio Description) Volume slider TV Tuner Mode Country(0) st Audio(8)(DT V only) Antenna Cable UK Italy Luxembourg Netherlands Norway Sweden Croatia Hungary Ireland Poland Portugal Romania Serbia Slovakia Slovenia Turkey Iceland Russia Ukraine Austria Belgium Bulgaria Switzerland Czech Republic Germany Greece Denmark Spain Finland France English Finnish French Gaelic Galician German Greek Hungarian Italian Norwegian Polish

33 nd Audio(8)(DT V only) Audio Carrier(ATV only) Channels(ha ve sub page) Portuguese Romanian Russian Serbian Slovak Slovenian Spanish Swedish Turkish Welsh Basque Bulgarian Catalan Croatian Czech Danish Dutch English Finnish French Gaelic Galician German Greek Hungarian Italian Norwegian Polish Portuguese Romanian Russian Serbian Slovak Slovenian Spanish Swedish Turkish Welsh Basque Bulgarian Catalan Croatian Czech Danish Dutch Mono Stereo Dual I Dual II Channel Scan LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK ATV ATV and DTV( if Antenna mode) Status: scanning Analogue channels: Status: scanning Analogue channels: Digital channels: ATV and DTV( if Cable mode) Scan Mode Full/Advance

34 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Status: scanning (if Advance mode select) Scan Frequency(KHz) Modulation=>Auto/6//64/ 8/56 QAM Symbol Rate(Ksym/s) Network ID Status: scanning Analogue channels: Digital channels: Update Scan Analogue channels: Digital channels: RF Channel.. slider Single RF Scan Signal Strength.. Signal Quailty.. Start Frequency xxmhz Features Menu Language(8 ) 4: mode Analog Manual Scan Channel Skip(have sub page) Channel Sort(have sub page) Channel Edit(have sub page) Decoder(for ATV) Analog Ch Fine Tune English Deutsch Français Italiano Español Português Nederlands Български Dansk Suomi Svenska Norsk Polski Русский Česky Hrvatski Magyar Română Slovenský Slovenščina Srpski Türkçe Ελληνικά Gaeilge Latviski Eesti Lietuviskai ykpaihcbka 4: 6:9 Scan Up Scan Down (Channel munber ) (Channel munber ) (Channel munber ) (Channel munber ) (Channel munber ) (have sub page) 4 (do fine tune)

35 Picture Format(if video exist) Time (have sub page ) SCART(have sub page) (Only availabe in Auto Normal Zoom Zoom Wide Time Zone Time(have sub page) Sleep Timer SCART LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK As Broadcaster GMT +0:00 GMT +:00 GMT +:00 GMT +:00 GMT +:0 GMT +4:00 GMT +4:0 GMT +5:00 GMT +5:0 GMT +5:45 GMT +6:00 GMT +6:0 GMT +7:00 GMT +8:00 GMT +9:00 GMT +9:0 GMT +0:00 GMT +:00 GMT +:00 GMT +:45 GMT +:00 GMT -:00 GMT -:00 GMT -0:00 GMT -9:00 GMT -8:00 GMT -7:00 GMT -6:00 GMT -5:00 GMT -4:00 GMT -:0 GMT -:00 GMT -:00 GMT -:00 Auto synchronization ( On/Off) Date ( 0xx/xx/xx ) Time ( xx:xx:xx) Timer (Off/On) Off Time ( xx:xx:xx) Off 0 Min 0 Min 0 Min 40 Min 50 Min 60 Min 90 Min 0 Min Auto Mixed RGB 5

36 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK SCART source) Subtitle(have sub page) SCART(If have I/O) Analog Subtitle st Subtitle(8) nd Subtitle(8) Composite S-Video Auto Composite S-Video On On during mute Off English Finnish French Gaelic Galician German Greek Hungarian Italian Norwegian Polish Portuguese Romanian Russian Serbian Slovak Slovenian Spanish Swedish Turkish Welsh Off Basque Bulgarian Catalan Croatian Czech Danish Dutch English Finnish French Gaelic Galician German Greek Hungarian Italian Norwegian Polish Portuguese Romanian Russian Serbian Slovak Slovenian Spanish Swedish Turkish 6

37 Teletext Language(ha ve sub page) Common Interface(hav e sub page) HDMI Scan Info (Only available in HDMI source) Reset Default SW Ver. Subtitle Type Digital Teletext Lang. Decode Page Lang. (display some info & status..) Automatic Underscan Overscan LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Welsh Off Basque Bulgarian Catalan Croatian Czech Danish Dutch Normal Hearing Impaired English Spanish French German Italian Danish Swedish Basque Bulgarian Catalan Croatian Czech Dutch Finnish Gaelic Galician Greek Hungarian Norwegian Polish Portuguese Romanian Russian Serbian Slovak Slovenian Turkish Welsh WEST EUR EAST EUR Russia Russia- Greek Turkey Arab/Hbrw Farsian Arab Parental Password(ha Channel Block(have sub (Channel munber ) 7

38 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK ve sub page) page) Parental Guidance(have sub page) Age Rating 8 None Input Block(have sub page) (Source list..) (TV,YPbPr,AV,SCART,PC,HD MI) Set password (have sub page) New Password (xxxx) Confirm Password (xxxx) Clear All Eco Off On K Sharp DVB OSD tree--pc OSD Layer Picture Sound Brightness Contrast Color Temperature Advanced Video(have sub page) Audio Mode Equalizer 0Hz Equalizer 500Hz Equalizer.5KHz Equalizer 5KHz Equalizer 0KHz Balance Virtual slider slider Normal Cool Warm Auto Config Horizontal Vertical Phase Clock Resolution(if ambiguous timings) Personal Music Speech slider slider slider slider slider slider On (default) Auto Config slider slider slider slider 60*768 04*768 80*768 8

39 Features Surround Digital Audio Out SPDIF Delay AVL Menu Language( 8) Picture Format Reset Default SW Ver. Off PCM Off Dolby Digital slider(from 0 to 50, interval of 0 between two items) Off On English Deutsch Français Italiano Español Português Nederlands Български Dansk Suomi Svenska Norsk Polski Русский Česky Hrvatski Magyar Română Slovenský Slovenščina Srpski Türkçe Ελληνικά Gaeilge Latviski Eesti Lietuviskai ykpaihcbka Full screen Native ( if is native timing) 4: LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK 8 None Parental Password(h ave sub page) Parental Guidance(have sub page) Age Rating

40 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Input Block(have sub page) (Source list..) (TV,YPbPr,AV,SCART,PC,HD MI) Set password (have sub page) New Password (xxxx) Confirm Password (xxxx) Eco Off On Clear All 40

41 . Display adjustment LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK YPbPr Mode display adjustment Auto color for signal slicering. General set-up Equipment Requirements: Konica Minolta CS-00 or equivalent instrument. Quantum Data Pattern Generator 88 or equivalent instrument. Input requirements: Input signal type: YPbPr signal. 080i/5mode, TVBar00 pattern by QuantumData 88.. Select Picture mode to Personal mode and adjust the x, y data. Input Signal Strength: Vpp for Y signal ; 700 mvpp for Pb & Pr signal Input Injection Point: YPbPr (RAC jack) 080i/5, TVBar00 pattern Alignment method: Initial Set-up:. Select source as YPbPr.. Set Smart Picture mode as Personal and then adjust Contrast = 58, Brightness=48, Color=58, backlight=00, set Color Temp. to be cool mode.. Apply TVBar00 pattern which is color bar pattern by signal generator. 4. Enter factory mode menu : press MENU + Numeric keys press PRE PR. Alignment:. At factory mode menu, select AUTO_COLOR item. Then press OK key of remote control to adjust ADC_GAIN_R, ADC_GAIN_G, ADC_GAIN_B and ADC_OFFSET_R, ADC_OFFSET_G, ADC_OFFSET_B. Then store those values to NVM.. Check the 6 grayscale pattern should be distinguished and color bar is correct. Reset AV setting, picture mode shall be recalled to be Vivid and Contrast=58, Brightness=48; Color=58. Note: Sharp EU k models have no need to operate AUTO_COLOR function, due to EFUSE is set Disable within NVM for defult. These ADC values will be produced by Main chip (MT56) interal defination. White balance adjustment Alignment method: Initial Set-up:. Select source as YPbPr.. Set Contrast = 58 and Brightness=48, Color=58, backlight=00, at normal menu mode.. Apply 80% white pattern or Flat 80 pattern by Component video generator. 4. Enter factory mode menu: press MENU + Numeric keys press PRE PR. 4

42 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Alignment:. Apply Flat80 pattern (80% white pattern).. Set color temperature to NORMAL.. At factory mode menu, adjust the Scaler R Gain, Scaler G Gain, Scaler B Gain values to meet NORMAL color coordinates specification below. Then store those values to NVM 4. Set color temperature to COOL. 5. At factory mode menu, adjust the Scaler R Gain, Scaler G Gain, Scaler B Gain values to meet COOL color coordinates specification below. Then store those values to NVM 6. Set color temperature to WARM. 7. At factory mode menu, adjust the Scaler R Gain, Scaler G Gain, Scaler B Gain values to meet WARM color coordinates specification below. Then store those values to NVM Color temperature Normal/Warm/Cool (x, y) co-ordinates specification: ` Picture Mode x y Normal (9000K) 0.89± ±0.00 Cool (000K) 0.7± ±0.00 Warm (6500K) 0.4± ±0.00 Table 5: Reading with Konica Minolta CS-00. Note:. Use Konica Minolta CS-00 for color coordinates and luminance check.. For suitable mass production at factory, colour analyzers CA-0 can be applied. But, befor measureing,all CA-0 should be coordinates and proofread with a Charoma Meter (CS-00) or equivalent instrument and a reference TV set.. Check the luminance at the center of the screen with 00% White. And to set Brightness control at 00; Contrast control at 00; backlight control at 00. Luminance > 00 cd/m (Typ.) [ For LC-9LE40E only at color temp.- *warm mode ] > 00 cd/m (Typ.) [ For LC-LE40E only at color temp.- *warm mode ] > 400 cd/m (Typ.) [ For LC-6LE40E only at color temp.- cool mode ] > 450 cd/m (Typ.) [ For LC-LE40E only at color temp.- cool mode ] > 450 cd/m (Typ.) [ For LC-7LE0E/RU/E(UK) only at color temp.- cool mode ] > 450 cd/m (Typ.) [ For LC-4LE0E/RU/E(UK) only at color temp.- cool mode ] 4. The defult values of Scaler R Gain, Scaler G Gain, Scaler B Gain are all 8. When panel WD is made adjustment, the three values could not be over 8. That is preventing color saturation after adjusting Contrast and Brithness setting at main menu. PC mode display adjustment. Display quality adjustment Use timing mode as describe in., and use the POPO (pixel on pixel off) pattern to adjust the clock until no stripe and adjust the phase until clear picture.( Auto will be done every time switching to PC mode and mode change) Check all preset 7 modes.. Auto color for signal slicering (B). General set-up Equipment Requirements: Konica Minolta CS-00 or Equivalent Color analyzer. Chroma 50 or equivalent PC signal generator. Input requirements: Input Signal Type: PC VGA signal. 04X7684/60Hz PC mode with 5 white block pattern. (see pattern-) Input Signal Strength: 0.7 Vp-p linear voltage. Input Injection Point: PC D-SUB input 4

43 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Pattern- Alignment method: Initial Set-up:. Select source as PC.. Set Contrast = 58 (Sharp) and Brightness=00 (Sharp), at normal menu mode.. Apply 5 white block (pattern-) pattern by VGA pattern generator. 4. Enter factory mode menu: press MENU + Numeric keys press PRE PR (factory mode menu). Alignment: At factory mode menu, select AUTO_COLOR item. Then press OK key to adjust ADC_GAIN_R, ADC_GAIN_G, ADC_GAIN_B and ADC_OFFSET_R, ADC_OFFSET_G, ADC_OFFSET_B. Then store those values to NVM. Set Contrast = 00 (Sharp) and Brightness=00 (Sharp) Check color temperature specification with PC mode. Color temperature Normal/Warm/Cool (x, y) co-ordinates specification: Picture Mode x y Cool (000K) 0.7± ±0.00 Normal (9000K) 0.89± ±0.05 Warm (6500K) 0.4± ±0.05 Table 5: Reading with Konica Minolta CS-00. Note:. Use Konica Minolta CS-00. for color coordinates and luminance check.. For suitable mass production at factory, colour analyzers CA-0 can be applied. But, befor measureing,all CA-0 should be coordinates and proofread with a Charoma Meter (CS-00) or equivalent instrument and a reference TV set.. Check the luminance in the center of the screen with 00% White. And to Brightness control at 00; Contrast control at 00 Luminance > 00 cd/m (Typ.) [ For LC-9LE40E only at color temp.- *warm mode ] > 00 cd/m (Typ.) [ For LC-LE40E only at color temp.-*warm mode ] > 400 cd/m (Typ.) [ For LC-6LE40E only at color temp.- cool mode ] >450 cd/m (Typ.) [ For LC-LE40E only at color temp.- cool mode ] > 450 cd/m (Typ.) [ For LC-7LE0E/RU/E(UK) only at color temp.- cool mode ] > 450 cd/m (Typ.) [ For LC-4LE0E/RU/E(UK) only at color temp.- cool mode ]

44 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK [] SERVICE MODE Enter factory mode menu: press MENU + Numeric keys press PRE PR to enter factory mode. 44

45 [] SOFTWARE UPGRADE PROCEDURE LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Sharp model Firmware upgrade SOP by USB flash drives Flow chart Step Photo Remark. Equipment and USB flash drives(need USB.0) Need USB.0 warm-up Upgrade firmware.upgrade step Copy the firmware from your computer to the USB flash drives. Change firmware name to upgrade.pkg Please check the firmware name again before rework. AC ON(Figure. Figure.) (.) 4 Plug the USB flash drives into the USB port (service port) on the side I/O port of TV.(Figure.) (.) 5 DC ON(You can use Keypad or Remote control power key) 6 When display Upgrade MENU (Figure.4), select Yes by remote control to implement update firmware (.) If there is no display upgrade MENU,can you DC ON/OFF once more 7 When finished upgrade 00%,Please remove the USB flash drives then press Power to renew the TV(Figure.5) (.4) 8 Press MENU PRE PR to enter factory Menu by remote control. Then select.main MCU Ver to check upgrade firmware Version(Figure.6) (.5) 9 Implement Exit Icon to exit factory Menu. After exit factory mode, pls power off then turn off the AC power. congratulation, upgrade step is finish. (.6)

46 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK CHAPTER 4. TROUBLESHOOTING TABLE [] POWER BOARD TROUBLESHOOTING TABLE 9" TROUBLESHOOTING TABLE Power unit operation check. Are the power cord and harness in the unit properly connected? NO Connect the power cord and harness properly, and turn on the power. LINE_FILTER_UNIT: Is F990/F990 normal? YES NO LINE_FILTER_UNIT: Isn't TH990, L990, FB990, and FB990 out of order? Moreover, whether the short-circuit with the circumference circuit is checked. POWER_UNIT: BD990, etc. out of order? Moreover, whether the short-circuit with the circumference circuit is checked. POWER_UNIT YES Is (+8V) applied to pin (6) of IC90 output? (Set the main power SW to ON.) NO Does the IC90 circuit operate normally? (D90, IC90, IC90, Q90 and etc. And, the circuit around the protection circuit etc. is checked.) YES Is a voltage of +5.V applied to pin (4,5) of connector (CN90)? (Set the main power SW to ON.) NO Does the switching circuit operate normally? Check circuit around the primary side (T90, IC90, D90, ZD906, etc.), the secondary side (D905, L904, C9, etc.) YES Are +6V output applied to pin (9, 0) of connector (CN90) as for the power on/off switch when it is on? NO Does the switching circuit operate normally? Check circuit around the primary side (T90, IC90, D90, ZD906, etc.), the secondary side (D90, L90, C90, etc.), and the protection circuit. YES Similarly, is +6V & +5.V output as for the power on/off switch when it is on? NO Check IC90 circuit of Q90, T90 etc. YES Are +40V output as for the power on/off switch when it is on? NO Does the LED boost circuit operate normally? Check circuit around the second side (L850, IC850, Q850, D850 etc.) 46

47 " TROUBLESHOOTING TABLE LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Power unit operation check. Are the power cord and harness in the unit properly connected? NO Connect the power cord and harness properly, and turn on the power. LINE_FILTER_UNIT: Is F990/F990 normal? YES NO LINE_FILTER_UNIT: Isn't TH990, L990, FB990, and FB990 out of order? Moreover, whether the short-circuit with the circumference circuit is checked. POWER_UNIT: BD990, etc. out of order? Moreover, whether the short-circuit with the circumference circuit is checked. POWER_UNIT YES Is (+8V) applied to pin (6) of IC90 output? (Set the main power SW to ON.) NO Does the IC90 circuit operate normally? (D90, IC90, IC90, Q90 and etc. And, the circuit around the protection circuit etc. is checked.) YES Is a voltage of +5.V applied to pin (4,5) of connector (CN90)? (Set the main power SW to ON.) NO Does the switching circuit operate normally? Check circuit around the primary side (T90, IC90, D90, ZD906, etc.), the secondary side (D905, L904, C9, etc.) YES Are +6V output applied to pin (9, 0) of connector (CN90) as for the power on/off switch when it is on? NO Does the switching circuit operate normally? Check circuit around the primary side (T90, IC90, D90, ZD906, etc.), the secondary side (D90, L90, C90, etc.), and the protection circuit. YES Similarly, is +6V & +5.V output as for the power on/off switch when it is on? NO Check IC90 circuit of Q90, T90 etc. YES Are +60V output as for the power on/off switch when it is on? NO Does the LED boost circuit operate normally? Check circuit around the second side (L850, IC850, Q850, D850 etc.)

48 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK 6 TROUBLESHOOTING TABLE Power unit operation check. Are the power cord and harness in the unit properly connected? NO Connect the power cord and harness properly, and turn on the power. LINE_FILTER_UNIT: Is F990/F990 normal? YES NO LINE_FILTER_UNIT: Isn't NR990, L990, L9905, FB990, and FB990 out of order? Moreover, whether the short-circuit with the circumference circuit is checked. POWER_UNIT: BD990, FB990 etc. out of order? Moreover, whether the short-circuit with the circumference circuit is checked. POWER_UNIT YES Is (+0V) applied to pin (6) of IC90 output? (Set the main power SW to ON.) NO Does the IC90 circuit operate normally? (D905, IC90, IC90, Q905 and etc. And, the circuit around the protection circuit etc. is checked.) YES Is a voltage of +5.V applied to pin (, ) of connector (CN905)? (Set the main power SW to ON.) NO Does the switching circuit operate normally? Check circuit around the primary side (T90, IC90, D905, D90 etc.), the secondary side (D90, L90, C90, etc.) YES Are +4V output applied to pin (5, 6) of connector (CN905) as for the power on/off switch when it is on? NO Does the switching circuit operate normally? Check circuit around the primary side (T90, IC90, D905, D90, etc.), the secondary side (D90, L90, C907, etc.), and the protection circuit. YES Similarly, is +V output as for the power on/off switch when it is on? NO Check IC940 circuit of D940, L940 etc. 48

49 TROUBLESHOOTING TABLE LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Power unit operation check. Are the power cord and harness in the unit properly connected? NO Connect the power cord and harness properly, and turn on the power. LINE_FILTER_UNIT: Is F990 F990 normal? YES NO LINE_FILTER_UNIT: Isn't TH990,L990,L990,FB990,FB990 out of order? Moreover, whether the short-circuit with the circumference circuit is checked. POWER_UNIT: BD990, FB980, D98, etc. out of order? Moreover, whether the short-circuit with the circumference circuit is checked. POWER_UNIT YES Is C980 (+95V) output? (Set the main power SW to ON.) NO Does the PFC circuit operate normally? (L9904, Q980, D98, IC980 and etc. And, the circuit around the protection circuit etc. is checked.) YES Is a voltage of +5V applied to pin (,) of connector (CN900)? (Set the main power SW to ON.) YES NO Does the switching circuit operate normally? Check circuit around the primary side (T90, IC90, R90, D9, etc.), the secondary side (D90, ZD9, L90, etc.), the AC_DET circuit (R900, C9, Q9 etc.), and the protection circuit. Are +V and +4V output as for the power on/off switch when it is on? NO Does the PFC circuit operate normally? Check circuit around the primary side (R94, T9, Q9, Q9, C946 etc.), the secondary side (D9, D9, D94, D9, D9 etc.), and the protection circuit. YES Similarly, is +V output as for the power on/off switch when it is on? NO Check +V circuit of D9, D9 etc

50 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK [] MAIN BOARD TROUBLESHOOTING TABLE No sound output in all modes? TEREMINAL UNIT: The sound is not emitted from the speaker though the picture has come out. Is the audio signal output of IC U40 (IS bus) normal? NO Check IC U40 and its peripheral circuits. YES Is audio signal input to pin (5/0//)(IS bus) of IC U60 (AMP)? YES Is MUTE circuit [Shutdown, OFF_MUTE] normal? YES Is the audio signal output of pin (, 4) (L-ch) and pin (, ) (R-ch) of CN60 (AOUDIO-CONNECTOR) normal? YES Check Speaker Box (right and left) and wire harness. NO NO NO Check the lis bus trace between U60 and U40 Check the Mute circuit. (Q60, Q65, Q65 etc.) Check IC U60 and its peripheral circuits. 50

51 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK No sound (during the reception of TV broadcasting) Does not the sound go out though the picture has come out when TV is received? MAIN UNIT: Is the IF signal output from pin (&4) of TUNER (TU0)/ pin (0&) of TUNER (TU0)? YES NO Check the tuner and its peripheral circuits. Replace as required. Is the IF signal sent to pin (84&85) of IC U40? NO Check IC U40 its peripheral circuits. YES Refer to No sound output in all modes. Does not the sound of the audio signal input to SCART go out? TEREMINAL UNIT: Is the audio signal properly sent to pin (6) (SCT_AUL_IN) and pin () (SCT_AUR_IN) of SCART (CN5)? YES No sound from external input devices () Check the setting of an external input device that connects of CN5 Is the audio signal properly sent to pin (&5) of IC U605? NO Check the line between CN5 and IC U605 NO YES Is the audio signal properly sent to pin (94&96) of IC U40? NO Is the audio signal properly sent to pin (94&96) of IC U40? YES Refer to No sound output in all modes. Does not the sound of the audio signal input to AV (Component) go out? MAIN UNIT: Is the audio signal properly sent to pin ()(AV_AudioLIN) and pin (4)(AV_AudioRIN) of CN6? YES No sound from external input devices () NO Check the connection to CN6 and the external input device. Is the audio signal properly sent to pin (5) and pin (4) of IC U605? NO Check the line between CN6 and IC U605. YES Is the audio signal properly sent to pin (94&96) of IC U40? NO Check the line between U605 and IC U40 YES Refer to No sound output in all modes

52 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Does not the sound of the audio signal input to AV (Composite) go out? MAIN UNIT: Is the audio signal properly sent to pin (4) (AV_AudioLIN) and pin (6) (AV_AudioRIN) of CN6? No sound from external input devices () NO Check the connection to CN6 and the external input device. YES Is the audio signal properly sent to pin (4) and pin () of IC U605? NO Check the line between CN6 and IC U605. YES Is the audio signal properly sent to pin (94&96) of IC U40? NO Check the line between U605 and IC U40 YES Refer to No sound output in all modes. Does not the sound of the audio signal input to VGA go out? MAIN UNIT: Is the audio signal properly sent to pin () (VGA_AudioLIN) and pin () (VGA_AudioRIN) of CN0? YES No sound from external input devices (4) NO Check the connection to CN0 and the external input device. Is the audio signal properly sent to pin () and pin () of IC U605? NO Check the line between CN0 and IC U605. YES Is the audio signal properly sent to pin (94&96) of IC U40? NO Check the line between U605 and IC U40. YES Refer to No sound output in all modes. Does not the sound of the audio signal input to HDMI/ go out? YES Refer to No sound output in all modes No sound from external input devices (5) Is picture of the signal input from HDMI/ displayed? NO Refer to Does not the picture of the HDMI signal input to HDMI/ go out? 5

53 The audio signal of UHF/VHF is not output from SCART. TEREMINAL UNIT: LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK The audio signal is not output () Is audio signal output from IC U60 sent to pin () (SCT_AUL_OUT) and pin()(sct_aur_out) of SCART(CN5)? YES Check the connection to SCART and external devices. NO Is audio signal output from IC U40 is sent to pin () (IN-) and pin (6) (IN-)of IC U60? YES Check the line between IC U40 and IC U60. NO Check IC U40 and its peripheral circuits. The audio signal is not output () The audio signal of UHF/VHF/MONITOR is not output from audio line output terminal. TEREMINAL UNIT: Is audio signal output from IC U60 sent to pin (4)(SCT_AUL_OUT) and pin(6)(sct_aur_out) of SCART(CN5)? YES Check the connection to AV output and external devices. NO Is audio signal output from IC U40 is sent to pin () (IN-) and pin (6)(IN-)of IC U60? YES Check the line between IC U40 and IC U60. NO Check IC U40 and its peripheral circuits. No audio signal output from SPDIF_OUTPUT terminal. TEREMINAL UNIT: The audio signal is not output () Is ASPDIF audio signal output from pin (06) of IC U40 to pin () of connector CN7? NO Check IC U40 and its peripheral circuits. YES Check the connection to SPDIF_OUT and external devices

54 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK No sound from HEADPHONE_OUTPUT terminal. MINI AV_UNIT: The audio signal is not output (4) Is the HP_DET# signal input into pin (5) of IC U40 from pin (6) of a headphone terminal (CN60)? YES Is the audio signal output from IC U60 to pin () (HPOUTL) and pin () (HPOUTR) of headphone terminal CN60? YES NO NO Check the connection to CN60 and external headphone is plug in well. Check the line between IC U60 and CN60. Is the audio signal output from IC U40 pin (0) and pin (0) sent to pin ()(HPL_IN) and pin(4)(hpr_in) of IC U60? YES NO Check the line between IC U40 and IC U60. Check IC U40 and its peripheral circuits. 54

55 The picture doesn't appear in all modes. MAIN UNIT: LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK No picture on the display () Is LVDS signal output from st_channel and nd_channel of IC U40 in each mode? (A0N/A0P),(AN/AP),(AN/AP),(AN/AP),(CKN/CKP) NO Check IC U40 and its peripheral control circuits. YES Is the above-mentioned LVDS signals output to connector CN408? NO Check the line between IC U40 and CN408. YES Is LCD controller's control signal normal? NO Control signals BRIGHT_ADJ, INVERTER_ON_OFF, PANEL_VCC_ON/OFF, and it peels off and whether normality is checked. PANEL_UNIT: YES Similarly, is the LVDS signal input to connector of the panel module? YES NO Wire harness is checked. (main board to Panel module ) Check the panel module. Does not the picture come out when Analog TV is received? TERMINAL UNIT: Are the voltages of regulation for a TUNER circuit and the power supply terminal of IC U40 supplied? YES No picture on the display () NO Each power supply circuit is checked. Is IF signal output from pin (), (4) of TUNER (TU0)/ pin (0), () of TU0 to in (84), (85) of IC U40? NO Check the tuner, IC U40 and their peripheral circuits. Replace as required. MAIN_UNIT: YES Do X450 (7.00MHz) oscillate? NO Check X450 and its peripheral circuits. YES Refer to The picture doesn't appear in all modes

56 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Does not the picture come out when Digital TV (Antenna/Cable) is received? TERMINAL UNIT: Are the voltages of regulation for a TUNER circuit and the power supply terminal of IC U40 supplied? No picture on the display () NO Each power supply circuit is checked. MAIN_UNIT: YES Is IF signal output from pin (), (4) of TUNER (TU0)/ pin (0), () of TU0 to pin (5), (6) of IC U0? YES Are MPEG data (DEMOD_INDATA0, TSYNC, TVAL, and TCK) signals from pin (5), (6), (7), (8) of IC U0 output to IC U40? Do X450 (7.00MHz) oscillate? YES NO NO NO Check the tuner, IC U0 and their peripheral circuits. Replace as required. Check MPEG data bus from IC TU0 to IC U40. Check X450 and its peripheral circuits. YES Refer to The picture doesn't appear in all modes. Does not the picture of the CVBS signal input to SCART go out? TERMINAL UNIT: <External input SCART>No picture on the display (4) Is CVBS signal sent to pin (0) of SCART (CN5)? NO Check the setting of an external input device that connects of CN5. MAIN_UNIT: YES Is CVBS signal sent to pin (75) of IC U40? NO Check the circuit between IC U40 and CN5. YES Refer to The picture doesn't appear in all modes. 56

57 Does not the picture of the R/G/B video signal input to SCART go out? TERMINAL UNIT: LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK <External input SCART>No picture on the display (5) Is RGB signal sent to pin (5)/R, ()/G, (7)/B, of SCART (CN5)? NO Check the setting of an external input device that connects of CN5. MAIN_UNIT: YES Is RGB signal sent to pin (6)/R, (60)/G, (58)/B of IC U40? NO Check the line between IC U40 and CN5. YES YES Refer to The picture doesn't appear in all modes. Does not the picture of the Y/C signal input to SCART go out? TERMINAL UNIT: <External input SCART>No picture on the display (6) Is Y/C signal sent to pin (0) and (5) of SCART (CN5)? NO Check the setting of an external input device that connects of CN5. MAIN_UNIT: YES Is Y/C signal sent to pin (75)/Y, (6)/C of IC U40? NO Check the line between IC U40 and CN5. YES Refer to The picture doesn't appear in all modes. <External input AV> No picture on the display (7) Does not the picture of the composite video signal input to AV (Composite) go out? TERMINAL UNIT: Is CVBS signal sent to pin () of AV (CN6)? NO Check the setting of an external input device that connects of CN6. MAIN_UNIT: YES Is CVBS signal sent to pin (8) of IC U40? NO Check the line between IC U40 and CN6. YES Refer to The picture doesn't appear in all modes

58 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Does not the picture of the HDMI signal input to HDMI go out? MINI AV_UNIT: Is the HOT_PLUG detection function of pin (9) of a HDMI terminal (CN50) normal? <External input HDMI>No picture on the display (8) NO Check the line between pin (50) of IC U50 and CN50. NO YES Are EDID data pin (6) (SCL) of IC U50 (EEPROM), pin (5) (SDA) accessed, and is it read from pin (5), pin (6) of a HDMI terminal (CN50)? YES NO Check the connection and setup with the external HDMI devices. Is access possible in the re-writing or exchange of EDID data of IC U50? NO Check CN50, IC U50 and peripheral circuits. Is TMDS signal input into pin(6, 6)/RX-±,(60, 59)/RX-±, (57, 56)/RX-0±, (54, 5)/RX-C± of IC U50? YES NO Check the line between IC U50 and CN50. Is TMDS signal output from pin(7, 8)/ ±,(0, )/ ±, (, 4)/ 0±, (6, 7)/_C± of IC U50? Check IC U50 and peripheral circuits. YES Refer to The picture doesn't appear in all modes. 58

59 Does not the picture of the HDMI signal input to HDMI go out? MINI AV_UNIT: Is the HOT_PLUG detection function of pin (9) of a HDMI terminal (CN506) normal? LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK <External input HDMI>No picture on the display (9) NO Check the line between pin (5) of IC U50 and CN506. YES Are EDID data pin (6)(SCL) of IC U504 (EEPROM), pin (5)(SDA) accessed, and is it read from pin (5), pin (6) of a HDMI terminal(cn506)? YES NO Check the connection and setup with the external HDMI devices. Is access possible in the re-writing or exchange of EDID data of IC U504? NO Check CN506, IC U504 and peripheral circuits. Is TMDS signal input into pin(48, 47)/RX-±,(45, 44)/RX-±, (4, 4)/RX-0±, (9, 8)/RX-C± of IC U50? YES NO Check the line between IC U50 and CN506. Is TMDS signal output from pin(7, 8)/ ±,(0, )/ ±, (, 4)/ 0±, (6, 7)/_C± of IC U50? NO Check IC U50 and peripheral circuits. YES Refer to The picture doesn't appear in all modes. <External input VGA>No picture on the display (0) Does not the picture of the PC IN (ANALOG) video signal input to VGA (5pin-D-SUB terminal) go out? TERMINAL_UNIT: Is R/G/B/H/V signal sent to pin ()/R, ()/G, ()/B, (4)/H, ()/V of VGA (CN0)? NO Check the setting of an external input device that connects of CN0. MAIN_UNIT: YES Is R/G/B/H/V signal sent to pin (56)/R, (54)/G, (5)/B, (5)/H, (50)/V of IC U40? YES NO Check the line between IC U40 and CN0. Refer to The picture doesn't appear in all modes

60 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK <External input YPbPr(Component)> No picture on the display () Does not the picture of the component video signal input to Component go out? TERMINAL_UNIT: Is Component Y/Pb/Pr signal sent to pin ()/Y, (4)/Pb, (6)/Pr of YPbPr(CN)? NO Check the setting of an external input device that connects of CN. MAIN_UNIT: YES Is Component Y/Pb/Pr signal sent to pin (6)/Y, (65)/Pb, (66)/Pr of IC U40? YES NO Check the line between IC U40 and CN. Refer to The picture doesn't appear in all modes. 60

61 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK < During external connection > No picture on the monitor () No picture appears on SCART - connected monitor during the tuner (U/V) reception. Checklist: ) Is the Signal Type (item) in MENU-Option-Input Select equal to Signal Type of an external device? Set it to CVBS, Y/C, RGB, AUTO. ) Is ANT-CABLE disconnected or connected improperly? Connect it correctly as per the operation manual. ) The picture is sent to the monitor in a CVBS signal if the source during display is ATV/DTV, CVBS or Y/C of SCART, AV. When sent by component, etc., that signal is not sent to the monitor. 4) When the monitor picture is not sent and is not displayed on the monitor, refer to No picture for each terminal. 5) The video output from SCART is not the monitor output (output of the picture now watching). The picture of the last selected TV channel is always sent to SCART. (Specification) TERMINAL_UNIT: Is CVBS signal output into pin (9) of CN5 (SCART)? YES Check the setting of an external input device that connects of CN5. NO Is U40 pin (70) CVBS signal output into pin (9) of CN5 (SCART)? YES Check the line between CN5 and U40. NO Refer to The picture doesn't appear in all modes. AVOUT: No picture from SCART appears on AV OUT connected monitor. < During external connection > No picture on the monitor () Checklist: ) Is the Signal Type (item) in MENU-Option-Input Select equal to Signal Type of an external device?. ) The picture is sent to the monitor in a CVBS signal if the source during display is TV, CVBS or Y/C of SCART, AV. When sent by component, etc., that signal is not sent to the monitor. ) When the monitor picture is not sent and is not displayed on the monitor, refer to No picture for each terminal. 4) The video output from SCART is not the monitor output (output of the picture now watching). The picture of the last selected TV channel is always sent to SCART. (Specification) TERMINAL_UNIT: Is CVBS signal output into pin (9) of CN5 (AV OUT)? YES Check the setting of an external input device that connects of CN5. NO Is CVBS signal output from pin (70) of IC U40 into pin () of CN5 (AV OUT)? YES Check the line between CN5 and IC U40. NO Refer to The picture doesn't appear in all modes

62 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK CHAPTER 5. MAJOR IC INFORMATIONS [] MAJOR IC INFORMATIONS. MAJOR IC INFORMATIONS. U40 (MT566CAOU LQFP-56) GENERAL DESCRIPTION The MediaTek MT565/66 family is a backend decoder and a TV controller and offers high integration for advanced applications. It combines a transport de-multiplexer, a high definition video decoder, an AC audio decoder, a dual-link LVDS/mini-LVDS transmitter, and an NTSC/PAL/SECAM TV decoder with a D comb filter (NTSC/PAL). The MT565/66 enables consumer electronics manufactures to build high quality, low cost and feature-rich DTV. World-Leading Audio/Video Technology: The MT565/66 supports Full-HD MPEG//4/DiviX/VC/RM/H.64/AVS video decoder standards, and JPEG. The MT565/66 also supports MediaTek MDDi TM de-interlace solution can reach very smooth picture quality for motions. A D comb filter added to the TV decoder recovers great details for still pictures. The special color processing technology provides natural, deep colors and true studio quality video. Also, the MT565/66 family has built-in high resolution and high-quality audio codec. Rich Features for High Value Products: The MT565/66 family enables true single-chip experience. It integrates high-quality HDMI. (partial HDMI.4), high speed VGA ADC, dual-channel LVDS, USB.0 receiver, Ethernet, TCON and panel overdrive. Key Features:. Worldwide multi-standard analog TV demodulator. A transport demultiplexer. A muti-standard video decoder 4. An AC/MPEG audio decoder 5. HDMI. receiver (cover HDMI.4 partial Spec) 6. Audio codec 7. TCON 8. Ethernet 9. Panel overdrive control 0. Local dimming GENERAL FEATURE LIST Host CPU ARM76JZS-756MHz 6K I-Cache and 6K D-Cache 4K Boot ROM JTAG ICE interface Watch Dog timers Transport Demultiplexer New generation demux design Supports one serial transport stream input Supports ATSC, DVB-T, DVB-C transport stream input Support DES / -DES / DVB / AES / Multi- de-scramblers Up to 8 even/odd keys for descrambling Supports PID filters and section filters Supports PID filters for recording Supports hardware CRC- check Supports PCR recovery function Supports a micro-processor for stream process and video start code detection MPEG Decoder MPEG MP@ML, MP@HL Supports de-blocking filter MPEG Decoder 6

63 MPEG4 HD Decoder LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK H.64 (MPEG4 Part 0) HD Decoder (AVC) constrained video standard VC- (SMPTE4M) Support, support up to 90x080) WMV9 decoder DivX (XviD) Decoder DIVX / DIVX4 / DIVX5 / DIVX6 / DIVX HD AVS Decoder Jizhun 6.0. RMVB Decoder RealVideo8/9/0 Soreson H.6 Still Image decoding JPEG (base-line or progressive) De-mosquito engine D/D for all AV inputs D Graphics Supports multiple color modes Point, horizontal/vertical line primitive drawings Rectangle fill and gradient fill functions Bitblt with transparent options Alpha blending and optional pre-multiplied alpha composition Bitblt Stretch Bitblt YCbCr to RGB color space conversion Support index to direct mode bitblt Image Resizer Supports 6bpp/bpp direct color format. Supports 40/4 video format. Supports 40/4/444 JPEG format. Arbitrary ratio vertical/horizontal scaling of video, from /8X to 8X Simple DMA. OSD Plane Three linking list OSDs with multiple color mode and two of them has up-scaler Video Plane Supports video freeze and over scan. Flesh tone management Gamma correction Color Transient Improvement (CTI) D Peaking Saturation/hue adjustment Brightness and contrast adjustment Black and White level extender Adaptive Luma management Automatic detect video, film and mixed-mode source :/: pull down source detection Supports FHD motion-adaptive de-interlace in bit dram interface 6

64 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Supports excellent low angle image processing Brilliant boundary shaping for moving object Advanced non-linear panorama scaling. Programmable zoom viewer Progressive scan output Supports alpha blending for OSD on video plane. Dithering processing for flat panel display Frame rate conversion. Supports FHD panel and VGA dot-to-dot Supports PIP/POP, (dual de-interlace, one HD and one SD) OD Support 60Hz Full-HD and WXGA panel over drive. TCON Flexible timing control with programmable timing i. Horizontal timing control ii. Vertical timing control iii. Multi-line timing control iv.multi-frame timing control Support gate power modulation timing Support //4/8 frame inversion, -line inversion, -line inversion, and could up to 55-line dot inversion Local Dimming Block division: up to 800 total blocks, up to 00 horizontal blocks Support 50K ~ 50M SPI clock rate LVDS Support 6/8/0/-bit one-link, or 6/8/0-bit dual-link LVDS transmitter, Built-in spread spectrum for EMI performance Programmable panel timing output Mini-LVDS Single port 6/8-bit 6 pairs mini-lvds output for WXGA 60Hz panel Single port 6/8-bit pairs mini-lvds output for WXGA 60Hz panel Dual port 6/8-bit pairs mini-lvds output for WXGA 60Hz panel Single port 8bit 6 pairs mini-lvds output for FHD 60Hz panel Dual port 8 bit 6 pair mini-lvds output for FHD 60Hz panel Dual port 8bit pairs mini-lvds output for FHD 60Hz panel CVBS In On-chip 54 MHz 0-bit video ADC Supports PAL (B,G,D,H,M,N,I,Nc), NTSC, NTSC-4.4, SECAM NTSC/PAL supports D/D comb filter Built-in motion-adaptive D Noise Reduction VBI data slicer for CC/TT decoding Supports S-Video. MT566 support -channel CVBS. MT565 support -channel CVBS. Supports SCART connector VGA In Supports VGA input up to UXGA 6 MHz Supports full VESA standards Component Video In Supports two component video inputs Supports 480i / 480p / 576i / 576p / 70p / 080i / 080p Audio ADC 64

65 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK MT566 support 7-pair L/R input, MT565 support -pair L/R input Audio digital input MT566 support 5 bit (0 channel) IS audio input (muxed with GPIO), MT565 support bit (4 channel) IS audio input (muxed with GPIO). HDMI Receiver One channel HDMI.4 v. Maximum data rate can be up to. GHz vi. Support D video format vii. Audio Return channel EIA/CEA-86B CEC Video bypass TV bypass CVBS Monitor (any AV input) TV audio demodulator Supports BTSC / EIA-J / A / NICAM / PAL FM / SECAM world-wide formats Standard automatic detection Stereo demodulation, SAP demodulation Mode selection (Main/SAP/Stereo) Audio DAC MT566 support 4-pair audio DACs, MT565 support -pair audio DACs DRAM Controller 6/-bit DDR/DDR interface, (MT565 only support 6-bit DRAM) MT565 Support DDR 06 MHz, DDR 88MHz. MT566 Support DDR 06MHz, DDR 4MHz. Supports 5Mb or Gb DDR DRAM device and Gb or Gb DDR device. MT565 has 6-bit data bus offers up to 56MB space (one x6 DRAM device), and MT566 has -bit data bus offers up to 5MB space (two x6 DRAM device). Supports DDR-800/DDR-066/DDR-/DDR-600 device Audio DSP Supports Dolby Digital AC- decoding (ATSC) MPEG- layer I/II decoding Support WMA / HE-AAC Dolby Prologic II Audio output: 5.ch + ch (down mix) + ch(bypass) Pink noise and white noise generator Equalizer Bass management D surround processing with virtual surround Audio and video lip synchronization Supports bass/treble Automatic volume control MT566 supports 5-bit (0-channel) main audio IS output interface, MT565 support -bit (4-channel) main audio IS output interface: each of these channels is up to 4-bit resolution. S/PDIF interface Support SPDIF in bypass One SPDIF out Analog TV IF Demodulator Supports world-wide analog TV standard Accept Low IF frequency Full digital AGC control and carrier recovery Embedded SAW filter and IF Amplifier. Cost effective TV front-end structure and no more costs on viii. External analog SAW filters (Video/Audio) 65

66 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK ix. External analog IF demodulator x. Extra peripheral circuit on CVBS signal data path xi. External SAW filter and IF VGA on tuner Peripherals MT566 support three built-in UARTs with Tx and Rx FIFO, MT565 support two UART (one is muxed with GPIO). MT566 support MII/RMII interface (built-in Ethernet MAC), MT565 support RMII only. Seven basic serial interfaces; one is for the tuner, one is the master for general purpose, and one is the slave for VGA DDC, the other four extra slave serial interfaces used for HDMI EDID data (three are muxed with GPIO). MT566 support three PWMs, MT565 support two PWMs (one is muxed with GPIO). IR receiver Real-time clock and watchdog controller Built-in -link USB.0/., USB port0 supports external hub Built-in up for standby mode Support SDIO interface pin muxed with smart card Supports two serial flash or one serial and one NAND flash MT566 supports six-input low-speed ADC, MT565 support five-input low-speed ADC. Supports boundary scan (JTAG) IC Outline The MT566 is xmm PBGA Package, MT565 is 56-pin LQFP package with EPAD.V/.V/.V and.8v for DDR or.5v for DDR. U70/U70 (TPS549RTER QFN-6) Description The TPS549 device is a full featured 6 V, A, synchronous step down current mode converter with two integrated MOSFETs. The TPS549 enables small designs by integrating the MOSFETs, implementing current mode control to reduce external component count, reducing inductor size by enabling up to MHz switching frequency, and minimizing the IC footprint with a small mm x mm thermally enhanced QFN package. The TPS549 provides accurate regulation for a variety of loads with an accurate ±.0% Voltage Reference (VREF) over temperature. Efficiency is maximized through the integrated 45mΩ MOSFETs and 60mA typical supply current. Using the enable pin, shutdown supply current is reduced to µa by entering a shutdown mode. Under voltage lockout is internally set at.6 V, but can be increased by programming the threshold with a resistor network on the enable pin. The output voltage startup ramp is controlled by the slow start pin. An open drain power good signal indicates the output is within 9% to 07% of its nominal voltage. Frequency fold back and thermal shutdown protects the device during an over-current condition. The TPS549 is supported in the SwitcherPro Software Tool at For more SWIFTTMdocumentation, see the TI website at Features Two 45-mΩ (typical) MOSFETs for High Efficiency at -A Loads 00kHz to MHz Switching Frequency 0.8 V ±.0% Voltage Reference Over Temperature (0 C to 85 C) Synchronizes to External Clock Adjustable Slow Start/Sequencing UV and OV Power Good Output 40 C to 50 C Operating Junction Temperature Range Thermally Enhanced mm mm 6-pin QFN Applications Low-Voltage, High-Density Power Systems Point-of-Load Regulation for Consumer Applications such as Set Top Boxes, LCD Displays, CPE Equipment. U0 (MT55AE LQFP-8) GENERAL DESCRIPTION 66

67 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK MT55AE is an integrated channel demodulator for European TV solutions. It provides high performance DVB-T and DVB-C demodulation function with low overall costs. The integrated SAW filter technology eliminates the need for on-board SAW filters and VGAs, resulting in a lower BOM cost and a more compact PCB design. The integrated CI+ controller and interface also reduce the complexity of TS routing. The integrated DVB-T and DVB-C demodulators fully comply with the related ETSI and ITU standards. They meet performance requirements of NorDig nified, C-Book, and D-Book. A high-performance analog front-end, consisting of a PGA and a 0-bit ADC preceding the digital data path, can accept the IF or low-if signal inputs directly from RF can tuners or silicon tuners. The digital data path realizes a set of refined algorithms to achieve quality demodulation under varying channel conditions and impairments. An on-chip micro-processor controls the robust acquisition flow for both DVB-T and DVB-C demodulators, and thus enables MT55AE to successfully lock on the desired TV channel with a high carrier frequency offset (CFO) or timing frequency offset (TFO). In addition proprietary mechanisms are incorporated to speed up the channel scan. They include the automatic mode detection for DVB-T, and the automatic symbol rate and modulation type detection for DVB-C. With MT55AE, the cost and system complexity of a TV can be significantly reduced. Taking advantage of the integrated SAW filter technology, the SAW filter together with the accompanying VGA, conventionally found on board or inside a NIM, can be spared. This solution calls for a simple RF tuner directly feeding the IF inputs of MT55AE, leaving a lean PCB design with a smaller component count and a lower BOM cost as well. Furthermore, MT55AE provides an integrated CI+ controller with the complete complementing interfaces among the CAM, the main decoder chip, and an additional demodulator chip. When not in use, these interfaces can be set to hi-impedance mode to support multiple demodulators or multiple CAMs operation. With the highly flexible CI+ controller and interfaces, MT55AE effectively addresses the TS routing complexity for the application scenarios such as simultaneous PVR recording and playback, or time-shift playback. The need for on-board TS multiplexers is eliminated and the PCB layout can be kept as compact as possible. GENERAL FEATURE LIST Overall Features Integrated DVB-T and DVB-C demodulators Integrated CI/CI+ controller and interface On-chip integrated SAW filter function for lower BOM cost On-chip high-performance PGA and 0-bit ADC accepting IF or low-if inputs RSSI measurement Independent RF and IF AGC controls On-chip micro-processor for acquisition control Good CAM compatibility One parallel or serial TS interface accepting outputs from other demodulator chips TS interfaces supporting instant playback and PVR recording and playback SPI for host communication On-chip SIF master for tuner control Low power consumption: less than 00 mw LQFP-8 4 x 4 mm package DVB-T Demodulator Features ETSI & NorDig Unified compliant Excellent performance for SFN & Indoor reception Supporting k and 8k modes Supporting QPSK,6-, and 64-QAM constellations Supporting /4, /8, /6, and / guard intervals Supporting hierarchical & non-hierarchical modes Accepting 6,7,8 MHz channel bandwidth Automatic mode detection Full-digital timing/frequency with wide acquisition range Support triple offset Excellent adjacent channel interference (ACI) rejection capability Excellent co-channel interference (CCI) rejection capability Fast channel lock time DVB-C Demodulator Features ETSI 00 49, ITU J.8 Annex A, NorDig Unified, and C-Book compliant 67

68 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Wide symbol rate support: to 7 Msps Supporting 6-, -, 64-, 8-, and 56-QAM Full-digital timing/frequency with wide acquisition range Automatic symbol rate and modulation type detection for fast channel scan Excellent narrow-band interference rejection capability Applications Set-top boxes Integrated digital televisions (idtv) Network Interface Modules (NIMs).4 U60 (TAS577L 0W HTQFP-48) FEATURES Audio Input/Output 7 W Into an 8-Ω Load From a -V Supply Wide PVDD Range, From 8 V to 6 V Efficient Class-D Operation Eliminates Need for Heatsinks Requires Only. V and PVDD One Serial Audio Input (Two Audio Channels) IC Address Selection via PIN (Chip Select) Supports 8-kHz to 48-kHz Sample Rate (LJ/RJ/IS) External Headphone-Amplifier Shutdown Signal Integrated CAP-Free Headphone Amplifier Stereo Headphone (Stereo -V RMS Line Driver) Outputs Audio/PWM Processing Independent Channel Volume Controls With 4-dB to Mute DC Blocking Filters General Features Serial Control Interface Operational Without MCLK Factory-Trimmed Internal Oscillator for Automatic Rate Detection Surface Mount, 48-Pin, 7-mm 7-mm HTQFP Package Thermal and Short-Circuit Protection Benefits DirectPath Technology: Eliminates Bulky DC Blocking Capacitors Stereo Headphone/Stereo Line Drivers: Adjust Gain via External Resistors, Dedicated Active Headpone Mute Pin, High Signal-to-Noise Ratio Two-Band DRC: Set Two Different Thresholds for Low- and High-Frequency Content Volume Control: Soft Volume DESCRIPTION The TAS577L is a 7-W, efficient, digital audio-power amplifier for driving stereo bridge-tied speakers. One serial data input allows processing of up to two discrete audio channels and seamless integration to most digital audio processors and MPEG decoders. The device accepts a wide range of input data and data rates. The TAS577L is a slave-only device receiving all clocks from external sources. The TAS577L operates with a PWM carrier between a 84-kHz switching rate and a 5-KHz switching rate, depending on the input sample rate. Oversampling combined with a fourth-order noise shaper provides a flat noise floor and excellent dynamic range from 0 Hz to 0 khz..5 U60 (WM854GEDT/R TSSOP-6 WOLFSON) DESCRIPTION The WM854 is a stereo DAC with integral charge pump and hardware control interface. This provides Vrms line driver outputs using a single.v power supply rail. The device features ground-referenced outputs and the use of a DC servo to eliminate the need for line driving coupling capacitors and effectively liminate power on pops and clicks. 68

69 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK The device is controlled and configured via a hardware control interface. The device supports all common audio sampling rates between 8kHz and 9kHz using all common MCLK fs rates. The audio interface operates in slave mode. The WM854 has a.v tolerant digital interface, allowing logic up to.v to be connected. The device is available in a 6pin TSSOP. FEATURES High performance stereo DAC with ground referenced line driver Audio Performance - 06dB SNR (.A-weighted.) - -9dB -dbfs 0dB mute attenuation All common sample rates from 8kHz to 9kHz supported Hardware control mode Data formats: LJ, RJ, I S Maximum mv DC offset on Line Outputs Pop/Click suppressed Power Up/Down Sequencer AVDD and LINEVDD +.V ±0% allowing single supply 6-lead TSSOP package Operating temperature range: -40 C to 85 C APPLICATIONS Consumer digital audio applications requiring Vrms output - Games Consoles - Set Top Box - A/V Receivers - DVD Players - Digital TV.6 U50 (TMDS5PAGR TQFP64) Description The TMDS5 is a -port digital video interface (DVI) or high-definition multimedia interface (HDMI) switch that allows up to DVI or HDMI ports to be switched to a single display terminal. Four TMDS channels, one hot plug detector, and a digital display control (DDC) interface are supported on each port. Each TMDS channel supports signaling rates up to.5 Gbps to allow 080p resolution in -bit color depth. The input port is enabled by configuring source selectors, S and S. When an input port is selected, the TMDS inputs are connected to the TMDS outputs through a -to- multiplexer, the MOSFET between the input DDC channel and the output DDC channel is turned on, and the HPD output follows the state of the HPD_SINK. The other input port is inactive with disconnected input terminations, disconnected TMDS inputs to the outputs, disconnected DDC inputs to the outputs, and the HPD outputs are low state. Check the source selection look up table for the details of port selections. When S is high and S is low, all input terminations are disconnected, TMDS inputs are high impedance with standard TMDS terminations, all internal MOSFETs are turned off to disable the DDC links, and all HPD outputs are connected to the HPD_SINK. This allows the initiation of the HDMI physical address discovery process. Termination resistors (50-Ω), pulled up to VCC, are integrated at each TMDS receiver input. External terminations are not required. A precision resistor is connected externally from the VSADJ pin to ground for setting the differential output voltage to be compliant with the TMDS standard. The TMDS5 provides two levels of receiver input equalization for different ranges of cable lengths. Each TMDS receiver owns frequency responsive equalization circuits. When EQ sets low, the receiver supports the input connection in short range HDMI cables. When EQ sets high, the receiver supports the input connection in long range HDMI cables. The TMDS5 supports power saving operation. When a system is under standby mode and there is no digital audio/visual content from a connected source, the.-v supply voltage, VCC, can be powered off to minimize power consumption from the TMDS inputs, outputs, and internal switching circuits. The HPD, DDC, and source selection circuits are powered up by the 5-V supply voltage, VDD, to maintain the system hot plug detect response, the DDC link from the selected source to the sink under system standby operation. The device is characterized for operation from 0 C to 70 C

70 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK FEATURES Compatible with HDMI.a Supports.5 Gbps Signaling Rate for 480i/p, 70i/p, and 080i/p Resolutions up to -Bit Color Depth Integrated Switchable Receiver Termination Integrated Switchable Receiver Termination Accommodate to Different Input Cable Lengths Intra-Pair Skew < 40 ps Inter-Pair Skew < 65 ps HBM ESD Protection Exceeds 8 kv to TMDS Inputs.-V Fixed Supply to TMDS I/Os 5-V Fixed Supply to HPD, DDC, and Source Selection Circuits 64-Pin TQFP Package Footprint Compatible with -to- Switch TMDS5 with Port Disabled ROHS Compatible and 60 C Reflow Rated TMDS50 is Available with Port Disabled and Ports and Enabled Supports 5-V to.-v Level Shifting on DDC Links Applications Digital TV Digital Projector.7 U605 (CD405BPWR TSSOP-6) Description The CD405B, CD405B, and CD405B analog multiplexers are digitally-controlled analog switches having low ON impedance and very low OFF leakage current. Control of analog signals up to 0VP-P can be achieved by digital signal amplitudes of 4.5V to 0V (if VDD-VSS = V, a VDD-VEE of up to V can be controlled; for VDD-VEE level differences above V, a VDD-VSS of at least 4.5V is required). For example, if VDD = +4.5V, VSS = 0V, and VEE = -.5V, analog signals from -.5V to +4.5V can be controlled by digital inputs of 0V to 5V. These multiplexer circuits dissipate extremely low quiescent power over the full VDD-VSS and VDD-VEE supply-voltage ranges, independent of the logic state of the control signals. When a logic is present at the inhibit input terminal, all channels are off. The CD405B is a single 8-Channel multiplexer having three binary control inputs, A, B, and C, and an inhibit input. The three binary signals select of 8 channels to be turned on, and connect one of the 8 inputs to the output. The CD405B is a differential 4-Channel multiplexer having two binary control inputs, A and B, and an inhibit input. The two binary input signals select of 4 pairs of channels to be turned on and connect the analog inputs to the outputs. The CD405B is a triple -Channel multiplexer having three separate digital control inputs, A, B, and C, and an inhibit input. Each control input selects one of a pair of channels which are connected in a single-pole, doublethrow configuration. When these devices are used as demultiplexers, the CHANNEL IN/OUT terminals are the outputs and the COMMON OUT/IN terminals are the inputs. FEATURES Wide Range of Digital and Analog Signal Levels - Digital V to 0V - Analog VP-P Low ON Resistance, 5Ω (Typ) Over 5VP-P Signal Input Range for VDD-VEE = 8V High OFF Resistance, Channel Leakage of ±00pA (Typ) at VDD-VEE = 8V Logic-Level Conversion for Digital Addressing Signals of V to 0V (VDD-VSS = V to 0V) to Switch Analog Signals to 0VP-P (VDD-VEE = 0V) Matched Switch Characteristics, ron = 5Ω (Typ) for VDD-VEE = 5V Very Low Quiescent Power Dissipation Under All Digital- Control Input and Supply Conditions, 0.μW (Typ) at VDD-VSS = VDD-VEE = 0V Binary Address Decoding on Chip 5V, 0V, and 5V Parametric Ratings 00% Tested for Quiescent Current at 0V Maximum Input Current of μa at 8V Over Full Package Temperature Range, 00nA at 8V and 5oC Break-Before-Make Switching Eliminates Channel Overlap Applications 70

71 Analog and Digital Multiplexing and Demultiplexing A/D and D/A Conversion Signal Gating LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK.8 U405 (HY7US0856A-TPCB 56Mb TSOP-48) SUMMARY Description The HYNIX HY7(U/S)S(08/6)56A series is a Mx8bit with spare 8Mx6 bit capacity. The device is offered in.8v Vcc Power Supply and in.v Vcc Power Supply. Its NAND cell provides the most cost-effective solution for the solid state mass storage market. The memory is divided into blocks that can be erased independently so it is possible to preserve valid data while old data is erased. The device contains 048 blocks, composed by pages consisting in two NAND structures of 6 series connected Flash cells. A program operation allows to write the 5-byte page in typical 00us and an erase operation can be performed in typical ms on a 6K-byte(X8 device) block. Data in the page mode can be read out at 50ns cycle time per byte. The I/O pins serve as the ports for address and data input/output as well as command input. This interface allows a reduced pin count and easy migration towards different densities, without any rearrangement of footprint. Commands, Data and Addresses are synchronously introduced using CE, WE, ALE and CLE input pin. The on-chip Program/Erase Controller automates all program and erase functions including pulse repetition, where required, and internal verification and margining of data. The modifying can be locked using the WP input pin. The output pin R/B (open drain buffer) signals the status of the device during each operation. In a system with multiple memories the R/B pins can be connected all together to provide a global status signal. Even the write-intensive systems can take advantage of the HY7(U/S)S(08/6)56A extended reliability of 00K program/ erase cycles by providing ECC (Error Correcting Code) with real time mapping-out algorithm. The chip could be offered with the CE don t care function. This function allows the direct download of the code from the NAND Flash memory device by a microcontroller, since the CE transitions do not stop the read operation. The copy back function allows the optimization of defective blocks management: when a page program operation fails the data can be directly programmed in another page inside the same array section without the time consuming serial data insertion phase. This device includes also extra features like OTP/Unique ID area, Block Lock mechanism, Automatic Read at Power Up, Read ID extension. The Hynix HY7(U/S)S(08/6)56A series is available in 48 - TSOP x 0 mm, 48 - USOP x 7 mm, FBGA 9 x mm. FEATURES SUMMARY HIGH DENSITY NAND FLASH MEMORIES - Cost effective solutions for mass storage applications NAND INTERFACE - x8 or x6 bus width. - Multiplexed Address/ Data - Pinout compatibility for all densities SUPPLY VOLTAGE -.V device: VCC =.7 to.6v : HY7USXX56A -.8V device: VCC =.7 to.95v : HY7SSXX56A Memory Cell Array = (5+6) Bytes x Pages x,048 Blocks = (56+8) Words x pages x,048 Blocks PAGE SIZE - x8 device : (5 + 6 spare) Bytes : HY7(U/S)S0856A - x6 device: ( spare) Words : HY7(U/S)S656A BLOCK SIZE - x8 device: (6K + 5 spare) Bytes - x6 device: (8K + 56 spare) Words

72 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK PAGE READ / PROGRAM - Random access:.v: us (max.).8v: 5us (max.) - Sequential access:.v: 50ns (min.).8v: 60ns (min.) - Page program time: 00us (typ.) COPY BACK PROGRAM MODE - Fast page copy without external buffering FAST BLOCK ERASE - Block erase time: ms (Typ.) STATUS REGISTER ELECTRONIC SIGNATURE - st cycle : Manufacturer Code - nd cycle: Device Code CHIP ENABLE DON'T CARE - Simple interface with microcontroller AUTOMATIC PAGE 0 READ AT POWER-UP OPTION - Boot from NAND support - Automatic Memory Download SERIAL NUMBER OPTION HARDWARE DATA PROTECTION - Program/Erase locked during Power transitions DATA INTEGRITY - 00,000 Program/Erase cycles (with bit/5byte ECC) - 0 years Data Retention PACKAGE - HY7(U/S)S(08/6)56A-T(P) : 48-Pin TSOP ( x 0 x. mm) - HY7(U/S)S(08/6)56A-T (Lead) - HY7(U/S)S(08/6)56A-TP (Lead Free) - HY7(U/S)S(08/6)56A-S(P) : 48-Pin USOP ( x 7 x 0.65 mm) - HY7(U/S)S(08/6)56A-S (Lead) - HY7(U/S)S(08/6)56A-SP (Lead Free) - HY7(U/S)S(08/6)56A-F(P) : 6-Ball FBGA (9 x x.0 mm) - HY7(U/S)S(08/6)56A-F (Lead) - HY7(U/S)S(08/6)56A-FP (Lead Free) 7

73 . Detailed ICs Information LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK.. U40 (MT566CAOU LQFP-56).. Block Diagram TS Tuner In CVBS/ YC Input Component Analog Input HDMI Rx Tuner In Audio Input Panel /6-bit DDR/DDR NTSC/PAL / SECAM ATD VADCx4 TV Decoder HDMI In I/F Audio Demo Audio In Audio ADC SPDIF In Mix and Post Processing LVDS/mini OD, LVDS, TCON DDR DDR Controller ARM BIM TS Demux VDO-In De-interlace e JPEG/MP/MPP P 4/DivX/H.64/V /H /V C-/RM/AVS /AV -D D Graphic OSD scaler PIP Vplane scaler DRAM Bus IO Bus CKGEN Audio DSP Audio I/F Audio DAC JTAG BScan IrDA PCR I C RTC USB.0 UART SDIO Watchdog MII/RMII Serial Flash PWM Servo ADC NAND Flash SPDIF Out, I S

74 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK.. Pin Connections FSRC_WR 9 AVDD_XTAL_STB GPIO4 9 XTALI VCCIO 90 XTALO AVDD_VPLL 4 89 AVDD_DEMOD AE5P 5 88 AVSS_DEMOD AE5N 6 87 AVSS_DEMOD AE4P 7 86 AVDD_IFPGA AE4N 8 85 ADCINN_DEMOD AEP 9 84 ADCINP_DEMOD AEN 0 8 AVDD_DEMOD AECKP 8 AVDD_CVBSD AECKN 8 CVBS0P AEP 80 CVBS_COM AEN 4 79 CVBSP AEP 5 78 SY0 0 AEN 6 77 SC0 AE0P 7 76 SY AE0N 8 75 SC AVDD_LVDSA 9 74 AVDD_PLL AVDD_LVDSA 0 7 VCCK AO5P 7 FS_VDAC AO5N 7 AVDD_VDAC AO4P 70 VDAC_OUT AO4N 4 69 VDAC_OUT AOP 5 68 AVSS_RGB AON 6 67 AVDD_RGB AOCKP 7 66 PR0P AOCKN 8 65 PB0P AOP 9 64 COM0 AON 0 6 Y0P AOP 6 SOY0 AON 6 PRP AO0P 60 PBP AO0N 4 59 COM VCCK 5 58 YP VCCK 6 57 SOY VCCK 7 56 RP AVDD_MEMPLL 8 55 COM AVSS_MEMPLL 9 54 GP RODT//RCKE 40 5 SOG RA8//RA0 4 5 BP RA//RBA 4 5 HSYNC RA//RA VSYNC RA4//RA AVDD_VGA_STB RA6//RA AVDD0_LDO RA0//RA ADIN4_SRV RA//RA ADIN_SRV RCAS_//RA ADIN_SRV RCS_//RRAS_ ADIN_SRV RRAS_//RCAS_ 50 4 ADIN0_SRV RA9//RWE_ 5 4 VCCK VCCIO 5 4 VGA_SCL RA//RA VGA_SDA RA7//RA 54 9 OPWRSB RA5//RA OPCTRL NC//RRESET_ 56 7 OPCTRL0 RA//RA OIRI RA//RA 58 5 U0TX RA0//RA U0RX RBA//RA 60 AVDD_PDM_STB RBA0//RBA 6 OPCTRL RBA//RBA0 6 OPCTRL4 RWE_//RCS_ 6 0 OPCTRL RCKE//RODT 64 9 OPCTRL5 74

75 .. U70/U70 (TPS549RTER QFN-6).. Block Diagram LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK.. Pin Connections and FUNCTIONS

76 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK.. U0 (MT55AE LQFP-8).. Block Diagram 76

77 .. Pin Connections and short description LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK

78 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK PIN DESCRIPTION 78

79 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK

80 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK 80

81 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK

82 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK.4. U60 (TAS577L 0W HTQFP-48).4. Block Diagram SDIN Serial Audio Port S R C th 4 Order Noise Shaper and PWM HB FET Out HB FET Out OUT_A OUT_B OUT_C OUT_D Protection Logic MCLK SCLK LRCLK Sample Rate Autodetect and PLL Click and Pop Control SDA SCL Serial Control Microcontroller Based System Control Terminal Control HPL_IN HPR_IN HPL_OUT HPR_OUT Charge Pump Headphone Amp/Line Driver B Pin Connections and short description 8

83 Pin FUNCTION LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK

84 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK () TYPE: A = analog; D =.-V digital; P = power/ground/decoupling; I = input; O = output () All pullups are weak pullups and all pulldowns are weak pulldowns. The pullups and pulldowns are included to assure proper input logic levels if the pins are left unconnected (pullups logic input; pulldowns logic 0 input)..5. U60 (WM854GEDT/R TSSOP-6 WOLFSON).5. Block Diagram.5. Pin Connections and short description 84

85 Pin Description LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK

86 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK.6. U50 (TMDS5PAGR TQFP64).6. Block Diagram 86

87 .6. Pin Connections LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK.7. U605 (CD405BPWR TSSOP-6).7. Block Diagram.7. Pin Connections and short description

88 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK.8. U405 (HY7US0856A-TPCB 56Mb TSOP-48).8. Block Diagram.8. Pin Connections and short description 88

89 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK CHAPTER 6. BLOCK DIAGRAM/WIRING DIAGRAM [] BLOCK DIAGRAM ENV57U09D5F /TDTK-G7 IF(+/-) for PAL/SECAM RF Tuner for PAL/DVB-C/T NT5CB64M6AP-CF X DDRIII/ Gb/ MHz MX5L6445 NOR FLASH 8 MB NAND56WA NAND FLASH MB IF(+/-) for DVB C/T IC MT565 LCD PANEL T-CON LVDS (50/60 Hz) PCMCIA CI CARD TS DATA IN/OUT(PALLEL) PCMCIA INTERFACE MT55 DVB-C/T DEMOD CI/CI+ CONTROLLER TS DATA OUT(SERIAL) SPI AV CVBS output CVBS D-SUB(PC IN) RCA(YPBPR) DDC 4C0 VGA YPbPr monitor output CVBS TV output SCART CVBS output RCA(AV) CVBS SPDIF Digital Audio Output(COIXIAL) RGB/CVBS SCART R/L IS AUDIO AMP +HP amp SPK R/L SPK X HDMI DDC 4C0 HDMI DDC 4C0 SPDIF ARC(Audio Return Channel) for HDMI HDMI switch TMDS5 Switch 74LVC G5 TMDS [RX0 : RX] SPDIF R/L PWM R/L PWM LINE OUT AMP RC4580 TAS577L HP R/L SCART audio output HEADPHONE AUD MUX PHONE JACK(PC R/L) RCA(YPBPR & AV R/L) CD 405 L/R R/L IS AUD DAC WM854 AV audio output SCART(AUDIO R/L) IC USB(Multimedia) USB.0 Multimedia & debug, sw code download UART KEY RC NVM 4C8 89

90 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK [] POWER MANAGEMENT BLOCK DIAGRAM POWER SWITCH AUDIO AMP PWR_6V_4V PWR_6V_4V AON44 AUDIO _PVDD 000 ma TAS577 PWR_ON POWER SWITCH LCD PANEL T-CON +V +V AON44 LVDS_VDD LCD PANEL +5V_STB PANEL_VCC_ON/OFF BUCK CONVERTER MAIN CHIP STB_PWR5V +5V_STB TPS549 DV & VCCK VCCK 50 ma MT565 LDO PWR_ON(fron OPWRSB) MAIN CHIP +5V_STB G90T6 DVSB DVSB 0 ma MT565 +5V_STB POWER SWITCH AON44 +5V_SW POWER SWITCH STMPS7 +5V_USB +5V_USB 500 ma USB multi-media USB PWR DV LDO USB_PWR_OCP0 RF TUNER +5V_SW G965 +5V_TUN 0 ma ENV57U09D5F /TDTK-G7D TMDS SWITCH +5V_SW 00 ma TMDS5 LDO PCMCIA CARD +5V_SW G550 CI_VCC CI CARD PWR CI_PWR_EN BUCK CONVERTER MAIN CHIP DVB-C/T DEMOD AUDIO AMP +5V_SW TPS549 DV & AV DV & AV 740 ma MT565 DV 00 ma MT55 DV TAS577 LDO MAIN CHIP DDRIII DV G7T4U DV5_DDR DV5_DDR 900 ma MT565 DV5_DDR NT5TU64M6 LDO MAIN CHIP DVB-C/T DEMOD DV G084TU DV/AV AV 400 ma MT565 AV 65 ma MT55 LDO DVB-C/T DEMOD +5V_SW G94 55_DV0 55_DV0 80 ma MT55 90

91 [] 9" WIRING DIAGRAM(LC-9LE40E/UK) LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK 095G8080D90 CN850 CN90 CN70 CN408 POWER BOARD CN60 MAIN BOARD CN G804D G80 4D 8 CN40 9

92 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK " WIRING DIAGRAM(LC-LE40E/UK) 095G8080D9 CN850 CN90 CN70 CN408 POWER BOARD 095G80 4D 8 CN60 MAIN BOARD CN G804D979 CN40 9

93 6" WIRING DIAGRAM(LC-6LE40E/UK) LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK 095G79J0N9 CN905 CN70 CN409 CN90 CN60 POWER BOARD 095G80 4X 8 MAIN BOARD CN990 CN40 095G804D980 9

94 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK " WIRING DIAGRAM(LC-LE40E/UK) 095G79J0N90 CN900 CN900 CN70 CN409 POWER BOARD CN900 CN60 CN40 MAIN BOARD 095G804X G80 4X9 94

95 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK CHAPTER 7. PRINTED WIRING BOARD [] POWER UNIT PRINTED WIRING BOARD MAIN UNIT(Side-A) 95

96 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK MAIN UNIT(Side-B) 96

97 [] POWER UNIT PRINTED WIRING BOARD(for 9 and panel) POWER UNIT(Side-A) LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK 97

98 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK POWER UNIT(Side-B) 98

99 POWER UNIT PRINTED WIRING BOARD(for 6 ) POWER UNIT(Side-A) LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK 99

100 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK POWER UNIT(Side-B) 00

101 POWER UNIT PRINTED WIRING BOARD(for ) POWER UNIT(Side-A) LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK 0

102 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK [] KEY UNIT PRINTED WIRING BOARD KEY UNIT (Side-A) KEY UNIT (Side-B) 0

103 [4] IR UNIT PRINTED WIRING BOARD IR UNIT (Side-A) (for 9 / / 6 panel) LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK IR UNIT (Side-B) IR UNIT (Side-A) (for panel) 0

104 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK IR UNIT (Side-B) 04

105 CHAPTER 8. SCHEMATIC DIAGRAM [] MAIN SCHEMATIC DIAGRAM 0. POWER- LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK DC POWER INPUT CN CONN P.5MM TP70 TP70 TP70 TP704 TP705 TP706 TP707 R70 NC/0K /8W 5% R/A.5 MM GW50BABX(XINYA) INVERTER_ON_OFF BRIGHT_ADJ STB_PWR5V +V "INVERTER_ON_OFF" Normal:High Standby:Low "BRIGHT_ADJ" Normal:PWM or DC V Max Standby: 0 V PWR_6V_4V R70 00R /6W 5% C70 0UF 6.V X5R +-0% V (DL)/NC(DS) 4V (DL) / 6V(DS) PWR_ON "PWR_ON" Normal:High Standby:Low STB_PWR5V FB70 0R/000mA FB70 0R/000mA PWR_ON Q70 + C70 470UF 0V R705 4K7 /6W 5% BC847C +5V_STB C705 00N 6V SMD/040 EC080-5 も础 DVSB R77 NC/4K7 /6W 5% OPWRSB R74 4K7 /6W 5% "OPWRSB" H: Standby L: Normal +5V_STB to +5V_SW DV DV Normal:High Stand_By:Low R70 K7 /6W 5% R704 K /6W 5% C76 00N 6V +5V_STB Q D 6 D 5 D S D D D G 4 AON44 C70 UF6V Q70 BC847C R706 K /6W 5% +5V_STB TO +5V_SW BY DV +5V_SW C708 0U 6V ON OFF +6V_4V +V +5V_STB STB_PWR5V +5V_SW DV AV DV5_DDR VCCK GND DVSB GPIO Contrl OPWRSB BRIGHT_ADJ INVERTER_ON_OFF +6V_4V 8,9 +V 5,9 +5V_STB 5,7,4 STB_PWR5V 9 +5V_SW 5,7,0,,,4,5 DV 5,6,7,8,9,,,4,5 AV 6, DV5_DDR 6, VCCK 6 GND 5,6,7,8,9,0,,,,4,5,6 DVSB 5,6,7,9,,4 OPWRSB 6 BRIGHT_ADJ 4 INVERTER_ON_OFF 4 +5V_STB to DV/VCCK PWR to 4V or 6V for AUDIO FB706 0R/000mA +5V_STB DV VCCK PWR_6V_4V 4V(DL)/6V(DS) R74 NC/0R05 /4W +4V or 6V +6V_4V PWR_ON uf 0V DVSB R76 K /6W 5% C7 C79 0uF 0V C707 00N 6V R74 4K7 /6W 5% C709 UF6V OFF ON Near U70 R74 NC/0K /6W 5% R75 7K5 /6W 5% C70 00pF 50V R76 80K /6W% C75 0N 50V U70 TPS549RTE VIN PH 0 VIN PH VIN PH EN BOOT VSNS 8 COMP 9 RT/CLK SS PWRGD 4 GND GND 4 AGND 5 PwPd 7 C77 00N 6V L70.5UH R78 00R /6W % R70 K /0W % R7 K /6W % C7 uf 0V C7 uf 0V C75 00N 50V Vout=0.87x (+.K/K) =.V for DV C uF 50V Change to C06 PWR_ON R79 47K /6W 5% DV to DV5_DDR R7 0K /6W 5% R77 5K /6W 5% C7 UF 6.V Q704 BC847C C77 uf 5V Q D 6 D 5 D S D D D G 4 AON44 R75 7K5 /6W 5% ON OFF C78 4.7uF 50V " 9"/"/" R74 0R NC Q705 NC AON44 Q704 NC BC847 +5V_SW to DV/AV C7 uf 0V C74 0uF 0V FB707 0R/000mA C7 00N 6V Near U70 R7 7K5 /6W 5% +5V_SW R77 80K /6W % C7 0N 50V U70 TPS549RTE VIN PH 0 VIN PH VIN PH EN BOOT VSNS 8 COMP 9 RT/CLK SS PWRGD 4 GND GND 4 AGND 5 PwPd 7 C78 00N 6V L70.5UH R7 00R /6W % R70 00K /6W % C74 uf 0V C74 uf 0V DV R7 0R05 /4W C76 00N 50V AV DV FB705 0R/000mA C75 0uF 0V C79 0uF 0V U70 G7T4Uf VIN VOUT GND/ADJ R7 0R /0W % R76 7R /0W % DV5_DDR + C70 0UF 6V Vout=.5x (+7/0)=.5V C7 00pF 50V R79 K /6W % Vout=0.87x (+00.K/K) =.4V for DV & AV 05

106 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK 0. POWER- +5V_STB to DVSB C760 UF6V +5V_STB U75 G90T6UF VIN VOUT GND 4 4 DVSB +5V_STB TO DVSB DV to AV/DV C76 0U 6V PANEL_VCC PANEL_VCC_ON/OFF PANEL_VCC_ON/OFF(GPIO_) Normal:High Standby:Low +V +5V_STB R75 5K /6W 5% R764 0K /6W 5% R754 0R05 /4W R75 NC/0R05 /4W R755 0K /6W 5% R75 5K /6W 5% C UF 0V C75 Q75 BC847C Q75 D D D S D D D G 4 AON44 UF6V R758 7K5 /6W 5% 9"/" 6"/" PANEL VCC +5V +V ON OFF R754 NC 0R R75 0R NC GPIO Contrl R756 0R /0W % FB750 NC/0R/000mA Vo=.5 x (+R/0R) =.5V R766 0K /6W 5% R760 K /6W % R759.9K /6W % R76 K /0W % PANEL_VCC C76 0U 6V +V +V 4,9 +5V_STB +5V_STB 4,7,4 +5V_SW +5V_SW 4,7,0,,,4,5 +5V_TUNER +5V_TUNER 6 DV DV 4,6,7,8,9,,,4,5 DVSB DVSB 4,6,7,9,,4 AV AV 6,5 PANEL_VCC PANEL_VCC 4 GND GND 4,6,7,8,9,0,,,,4,5,6 PANEL_VCC_ON/OFF PANEL_VCC_ON/OFF 6 DV AV FB708 0R/000mA C757 UF6V U704 G7T4Uf VIN VOUT GND/ADJ C759 uf 0V +5V_SW to +5V_TUNER +5V_SW OFF ON +5V_TUNER C756 NC/0U 6V R757 R /0W 5% + C75 00UF 6V SMT FB75 0R/000mA VENGND 8 VIN GND 7 C769 C758 4 VO GND 6 0U 6V uf 0V ADJ GND 5 SMD/040 U755 G965-5ADJPIUF.(+(<K+K9>/K))=4.89V 06

107 0. MT566CAOU LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK DV.V IO Power ( Close to MT565 ) C UF 0V C454 00N 6V C45 00N 6V C40 00N 6V C470 00N 6V C46 00N 6V MRF_AGC R469 0K /6W 5% RF_AGC_H C47 47N6V Analog Normal Power AV AV R457 AVDD_PLL 0R05 /6W C490 00N 6V AV R45 AVDD_DAC 47R /6W 5% C UF 6.V C40 00N 6V OPWRSB DV DVSB AV AV VCCK DV5_DDR OPWRSB 4 DV 4,5,7,8,9,,,4,5 DVSB 4,5,7,9,,4 AV 4, AV 5,5 VCCK 4 DV5_DDR 4, GND 4,5,7,8,9,0,,,,4,5,6 Close to MT565 R467 4K7 /6W 5% DV5_DDR VCCK GPIO_4 DV AVDD_VPLL EP EN ECKP ECKN EP EN EP EN E0P E0N AVDD_LVDSTX OP ON OCKP OCKN OP ON OP ON O0P O0N VCCK _CKE _A0 _BA _A4 _A _A6 _A8 _A _A _RAS# _CAS# _WE# DV5_DDR _A0 _A _A9 _RST# _A7 _A _A5 _A _BA _BA0 _CS# _ODT R470 Kohm /6W +/-% C45 0uF 6V R47 Kohm /6W +/-% VCCK DV5_DDR AVDD_MEMPLL DV5_DDR RVREF5 GPIO_4 VCCK R477 K /6W 5% GPIO_7 GPIO_ GPIO_ GPIO_ GPIO_0 GPIO_ GPIO_ DRAM IO Power ( Close to MT565 ) C455 00N 6V C460 00N 6V U40 FSRC_WR GPIO4 4 VCCIO 5 AVDD_VPLL 6 AE5P 7 AE5N 8 AE4P 9 AE4N 0 AEP AEN AECKP AECKN 4 AEP 5 AEN 6 AEP 7 AEN 8 AE0P 9 AE0N 0 AVDD_LVDSA AVDD_LVDSA AO5P AO5N 4 AO4P 5 AO4N 6 AOP 7 AON 8 AOCKP 9 AOCKN 0 AOP AON AOP AON 4 AO0P 5 AO0N 6 VCCK 7 VCCK 8 VCCK 9 AVDD_MEMPLL 40 AVSS_MEMPLL 4 RODT//RCKE 4 RA8//RA0 4 RA//RBA 44 RA//RA4 45 RA4//RA 46 RA6//RA6 47 RA0//RA8 48 RA//RA 49 RCAS_//RA 50 RCS_//RRAS_ 5 RRAS_//RCAS_ 5 RA9//RWE_ 5 VCCIO 54 RA//RA0 55 RA7//RA 56 RA5//RA9 57 NC//RRESET_ 58 RA//RA7 59 RA//RA 60 RA0//RA5 6 RBA//RA 6 RBA0//RBA 6 RBA//RBA0 64 RWE_//RCS_ RCKE//RODT C459 00N 6V C450 00N 6V 56 GPIO4 55 GPIO8 54 GPIO7 5 GPIO 5 GPIO6 5 GPIO 50 GPIO 49 GPIO0 48 GPIO 47 GPIO 46 GPIO0 VCCIO VCCK 44 4 GPIO 4 POWE_ PAALE 4 DV VCCK GPIO_ POWE# PAALE PACLE POCE# PARB# POOE# POCE0# PDD7 DV PDD6 PDD5 PDD4 PDD PDD PDD PDD0 CI_INT SPI_CLE SPI_DATA SPI_CLK VCCK DV DEMOD_TSDATA0 9 PACLE 40 POCE_ 8 PARB_ 7 POOE_ 6 POCE0_ 5 PDD7 VCCIO 4 PDD6 PDD5 PDD4 0 PDD 9 PDD 8 PDD 7 PDD0 6 CI_INT RDQ4 RDQ6 DV5_DDR RDQ RDQ0 RDQ RDQ9 DV5_DDR RDQ RDQ5 RDQM VCCK RDQS0 RDQS0# RDQM0 DV5_DDR RDQS RDQS# RDQ RDQ4 DV5_DDR RDQ0 RDQ8 RDQ RDQ DV5_DDR RDQ7 RDQ5 DV5_DDR SPI_CLE 5 SPI_DATA 4 SPI_CLK DEMOD_TSSYNC DEMOD_TSVAL DEMOD_TSCLK VCCK JTDO JTCK JTMS JTDI JTRST# OPWM0 DV VCCK BL_DIMMING OSDA0 OSCL0 DEMOD_RST RF_AGC IF_AGC AOLRCK AOSDATA0 AOMCLK AOBCLK QFP56 AOSDATA M_SPDIF_OUT MT566CAOU VCCK 0 VCCIO DEMOD_TSDATA0 9 DEMOD_TSSYNC 9 8 DEMOD_TSVAL 7 DEMOD_TSCLK 7 6 OSDA 5 OSCL 4 DEMOD_RST RF_AGC IF_AGC AOLRCK 0 AOSDATA0 09 AOMCLK AOBCK AOSDATA 06 ASPDIF ARO AR0O ALO AL0O AVDD_DAC AVDD_AADC AIN0_L_AADC VCCK 05 VCCK 04 0 AR_ADAC 0 0 AR0_ADAC 0 0 AL_ADAC 0 00 AL0_ADAC AVSS_DAC AVDD_DAC AVDD_AADC AIN0_L_AADC VMID_AADC AIN0_R_AADC 94 VCCK RVREF RDQ4//RDQ4 RDQ//RDQ6 VCCIO RDQ//RDQ RDQ6//RDQ0 RDQ//RDQ RDQ9//RDQ9 VCCIO RDQ4//RDQ RDQ//RDQ5 RDQM//RDQM VCCK RDQS0//RDQS0 RDQS0_//RDQS0_ RDQM0//RDQM0 VCCIO RDQS//RDQS RDQS_//RDQS_ RDQ5//RDQ RDQ8//RDQ4 VCCIO RDQ0//RDQ0 RDQ//RDQ8 RDQ7//RDQ RDQ0//RDQ VCCIO RDQ//RDQ7 RDQ5//RDQ5 VCCIO RCLK0//RCLK0 RCLK0_//RCLK0_ VCCK JTDO JTCK JTMS JTDI JTRST_ OPWM0 VCCIO VCCK USB_P_DM USB_P_DP USB_P_DM0 USB_P_DP0 AVDD_USB_P USB_P_VRT AVDD_HDMI RX_CB RX_C RX_0B RX_0 RX_B RX_ RX_B RX_ AVDD_HDMI HDMI_CEC HDMI_SDA HDMI_SCL HDMI_HPD PWR5V ORESET_ C457 00N 6V GPIO_8 Core Power ( Close to MT565 ) C456 00N 6V C458 00N 6V C465 00N 6V RCLK0 RCLK0# R474 0K /6W 5% USB_DM0 USB_DP0 AVDD_USB_P USB_VRT AVDD_HDMI M_RX_CB M_RX_C M_RX_0B M_RX_0 M_RX_B M_RX_ M_RX_B M_RX_ AVDD_HDMI HDMI_CEC HDMI_SDA HDMI_SCL HDMI_HPD R47 5.K % VCCK Close to MT565 AIN0_R_AADC R476 K /6W 5% PWR5V ORESET# LOUTP 9 VMID_AADC C467 UF 6V R475 55_REFCLKP 0R05 /6W 78 SY0 77 SC0 76 SY 75 SC 74 AVDD_PLL VCCK 7 FS_VDAC 7 AVDD_VDAC 7 VDAC_OUT VDAC_OUT AVSS_RGB 68 AVDD_RGB 67 PR0P 66 PB0P COM0 Y0P 6 6 SOY0 PRP 6 PBP COM YP SOY RP 56 COM 55 GP 54 SOG 5 BP 5 HSYNC 5 VSYNC 50 AVDD_VGA_STB 49 AVDD0_LDO 48 ADIN4_SRV 47 ADIN_SRV 46 ADIN_SRV 45 ADIN_SRV 44 ADIN0_SRV 4 VCCK 4 4 VGA_SCL VGA_SDA 40 OPWRSB 9 8 OPCTRL 7 OPCTRL0 6 OIRI U0TX 5 U0RX 4 AVDD_PDM_STB HDMI OPCTRL OPCTRL4 OPCTRL OPCTRL5 EPAD_GND 57 USB USB_DM0 USB_DP0 M_RX_CB M_RX_C M_RX_0B M_RX_0 M_RX_B M_RX_ M_RX_B M_RX_ HDMI_CEC HDMI_SDA HDMI_SCL HDMI_HPD PWR5V C468 00N 6V 056 reserved pull low CVBSP AVDD_PLL VCCK VDAC_FS AVDD_VDAC 70 MONITOR_OUT 69 TUNER_BYPASS_OUT AVDD_RGB PRP PBP COM YP SOY PR0P PB0P COM0 Y0P SOY0 RP VGACOM GP SOG BP HSYNC VSYNC AVDD_REG_STB AVDD0_LDO ADIN4_SRV ADIN_SRV ADIN_SRV SCART_FS0 VCCK VGASCL VGASDA OPWRSB OPCTRL OPCTRL0 RC6 U0TX U0RX AVDD_PDM_STB OPCTRL OPCTRL4 0 OPCTRL 9 OPCTRL5 USB_DM0 4 USB_DP0 4 M_RX_CB M_RX_C M_RX_0B M_RX_0 M_RX_B M_RX_ M_RX_B M_RX_ HDMI_CEC HDMI_SDA HDMI_SCL HDMI_HPD PWR5V_ ORESET# OXTALI OXTALO RC6 U0TX U0RX R478.K /6W % OSDA0 OSCL0 DEMOD_TSCLK DEMOD_TSVAL DEMOD_TSSYNC DEMOD_TSDATA0 DVB only System IO CI_INT SPI_CLE SPI_DATA SPI_CLK R R /6W % C46 4.7UF 0V AADC Mux in AIN0_R_AADC AIN0_L_AADC DVSB DVSB R479 4K7 /6W 5% AV AV AV AV AV AV R45 AVDD_VPLL 0R05 /6W C477 00N 6V R47 AVDD_MEMPLL 0R05 /6W R455AVDD_HDMI 0R05 /6W R45 AVDD_HDMI 0R05 /6W R46AVDD_RGB 0R05 /6W R46AVDD_CVBS 0R05 /6W R465AVDD_VDAC 0R05 /6W R46 AVDD_XTAL_STB 0R05 /6W C47 0uF 6V R466 AVDD_PDM_STB 0R05 /6W C47 00N 6V IS & SPDIF Out M_SPDIF_OUT AOMCLK AOBCLK AOLRCK AOSDATA0 AOSDATA GPIO_ GPIO_ GPIO_ GPIO_4 GPIO_7 GPIO_8 GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_4 C498 00N 6V C45 00N 6V C495 00N 6V C488 00N 6V C48 00N 6V C484 00N 6V C489 00N 6V DVSB R464 AVDD_REG_STB 0R05 /6W DVSB AIN0_R_AADC 8 AIN0_L_AADC 8 ORESET# 7 OXTALI 7 OXTALO 7 RC6 7 U0TX 7, U0RX 7, OSDA0 7,9 OSCL0 7,9 C494 00N 6V C487 00N 6V AV AV AV AV AV AV R450 AVDD_AADC 0R05 /6W DRAM RDQ0 RDQ RDQ RDQ RDQ4 RDQ5 RDQ6 RDQ7 RDQ8 RDQ9 RDQ0 RDQ RDQ RDQ RDQ4 RDQ5 RDQS RDQS# RDQS0 RDQS0# RDQM RDQM0 _A0 _A _A _A _A4 _A5 _A6 _A7 _A8 _A9 _A0 _A _A _A RCLK0 RCLK0# _WE# _ODT _CAS# LED_G 7 _RAS# VGA_RX/TX_EN _CKE AIN_CTL 8 _CS# ARC_SW _BA0 LVDS_CTRL 4 _BA PWR5V BA BL_ON/OFF 4 PANEL_VCC_ON/OFF 5 _RST# HP_DET# 9 AIN_CTL0 8 SYS_EEPROM_WP 7,, ADAC AR0O AL0O ARO ALO JTDO JTCK JTMS JTDI JTRST# C499 00N 6V R459 AVDD_DEMOD 0R05 /6W C48 00N 6V R460AVDD_IFPGA 0R05 /6W R458 AVDD_DEMOD 0R05 /6W C478 00N 6V R456AVDD_USB_P 0R05 /6W R454 AVDD_LVDSTX 0R05 /6W C464 NC/00N 6V M_SPDIF_OUT, AOMCLK 9 AOBCLK 9 AOLRCK 9 AOSDATA0 9 AOSDATA 7,8 JTAG C48 00N 6V C49 00N 6V C497 00N 6V JTDO 7 JTCK 7 JTMS 7 JTDI 7 JTRST# 7 VGA in HSYNC VSYNC RP GP BP VGACOM SOG VGASDA VGASCL Full SCART Half SCART Demod IF AVDD_XTAL_STB 9 AVDD_XTAL_STB 9 OXTALI XTALI XTALO 90 OXTALO AVDD_DEMOD AVDD_DEMOD 89 AVSS_DEMOD 88 AVSS_DEMOD 87 AVDD_IFPGA AVDD_IFPGA 86 TU_FAT_IN- ADCINN_DEMOD 85 TU_FAT_IN+ ADCINP_DEMOD 84 AVDD_DEMOD AVDD_DEMOD 8 AVDD_CVBS AVDD_CVBS 8 CVBSP CVBS0P 8 CVBS_COM CVBS_COM 80 CVBSP 79 TU_FAT_IN+ TU_FAT_IN- YPbPr SOY YP COM PBP PRP LVDS out Stand by GPIO OPCTRL0 OPCTRL OPCTRL OPCTRL OPCTRL4 OPCTRL5 ADIN4_SRV ADIN_SRV ADIN_SRV NAND/Serial Flash POWE# POCE0# PAALE PACLE POCE# POOE# PARB# PDD7 PDD6 PDD5 PDD4 PDD PDD PDD PDD0 Strapping OPCTRL4 OPCTRL5 AOSDATA HSYNC VSYNC RP GP BP VGACOM SOG VGASDA VGASCL CVBSP 0 SOY0 0 Y0P 0 COM0 0 PB0P 0 PR0P 0 SCART_FS0 0 TUNER_BYPASS_OUT 0 MONITOR_OUT 0 CVBSP CVBS_COM SOY YP COM PBP PRP HDMI_SCL HDMI_SDA SPK_MUTE 9 HP_SC_MUTE 9 LED_R 7 RC6_OUT_EN 7 Light_Sensor 7 ADIN_SRV 7 ADIN_SRV 7 POWE# 7 POCE0# 7 PAALE 7 PACLE 7 DVB/ATSC Only POCE# 7 DEMOD_RST Standby Power DEMOD_TSCLK 5 DEMOD_TSVAL 5 DEMOD_TSSYNC 5 DEMOD_TSDATA0 5 CI_INT 5 SPI_CLE 5 SPI_DATA 5 SPI_CLK 5 DEMOD_RST 5 GPIO DVB/DTMB/PureATV Only RF_AGC_H IF_AGC RF_AGC_H 5,6 IF_AGC 6 RDQ0 RDQ RDQ RDQ RDQ4 RDQ5 RDQ6 RDQ7 RDQ8 RDQ9 RDQ0 RDQ RDQ RDQ RDQ4 RDQ5 RDQS RDQS# RDQS0 RDQS0# RDQM RDQM0 _A0 _A _A _A _A4 _A5 _A6 _A7 _A8 _A9 _A0 _A _A _A RCLK0 RCLK0# _WE# _ODT _CAS# _RAS# _CKE _CS# _BA0 _BA _BA _RST# AR0O 8 AL0O 8 ARO 9 ALO 9 CVBSP SOY0 Y0P COM0 PB0P PR0P SCART_FS0 TUNER_BYPASS_OUT MONITOR_OUT SVideo/CVBS CVBSP CVBS_COM E0P E0N EP EN EP EN ECKP ECKN EP EN O0P O0N OP ON OP ON OCKP OCKN OP ON BL_DIMMING TU_FAT_IN+ 6 TU_FAT_IN- 6 POOE# 7 PARB# 7 PDD7 7 PDD6 7 PDD5 7 PDD4 7 PDD 7 PDD 7 PDD 7 PDD0 7 OPCTRL4 7 OPCTRL5 7 AOSDATA 7,8 E0P 4 E0N 4 EP 4 EN 4 EP 4 EN 4 ECKP 4 ECKN 4 EP 4 EN 4 O0P 4 O0N 4 OP 4 ON 4 OP 4 ON 4 OCKP 4 OCKN 4 OP 4 ON 4 BL_DIMMING 4 + C49 0UF 6V C40 0uF 6V C46 0uF 6V C485 00N 6V C479 00N 6V C466 00N 6V C496 00N 6V C49 00N 6V C486 00N 6V C480 00N 6V C474 00N 6V C475 00N 6V C476 00N 6V 07

108 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK 04. FLASH/UART/RS/IR/JTAG NAND Flash MB DV DV U405 NC R444 R44 NC 4K7 /6W 5% 4 NC 4K7 /6W 5% 5 NC 6 NC PARB# 7 NC POOE# 8 RB POCE# 9 R DV 0 E NC NC VDD 4 VSS 5 NC PACLE 6 NC PAALE 7 CL POWE# 8 AL Flash_WP# 9 W 0 WP NC NC NC 4 NC NC NC 48 NC 47 NC 46 NC 45 I/O7 I/O6 I/O5 I/O4 NC 40 NC 9 NC 8 VDD 7 VSS 6 NC 5 NC 4 NC I/O I/O 0 I/O 9 I/O0 NC 8 NC 7 NC 6 NC 5 NAND56WABN6E 44 PDD7 4 PDD6 4 PDD5 4 PDD4 PDD PDD PDD PDD0 DV C46 0N 0V 8MB NOR Flash for boot code. DV C459 R447 0N 0V 4K7 /6W 5% U405 POCE0# PDD7 CS# VCC 8 7 Flash_WP# SO/SIO NC/SIO 4 WP#/SIO SCLK 6 5 GND SI/SIO0 SYSTEM EEPROM NC/MX5L6445EMI-0G DV HD# POOE# PDD6 DV R44 4K7 /6W 5% 7MHz CRYSTAL DV OXTALI C46 7P 50V X450 7MHz OXTALO C460 7P 50V U-ART Reset IC +5V_STB R4.K /6W % R4 6K8 % DVSB R400 NC/0R05 /6W U40 MAX809STRG VCC RESETGND ORESET# R47 00K /6W 5% Change to.k for 0.5W purpose and DVSB reserved +5V_SW +5V_STB DV DVSB +5V_SW 4,5,0,,,4,5 +5V_STB 4,5,4 DV 4,5,6,8,9,,,4,5 DVSB 4,5,6,9,,4 GND 4,5,6,8,9,0,,,,4,5,6 FLASH POWE# POCE0# PAALE PACLE POCE# POOE# PARB# PDD7 PDD6 PDD5 PDD4 PDD PDD PDD PDD0 JTAG JTDO JTCK JTMS JTDI JTRST# POWE# 6 POCE0# 6 PAALE 6 PACLE 6 POCE# 6 POOE# 6 PARB# 6 PDD7 6 PDD6 6 PDD5 6 PDD4 6 PDD 6 PDD 6 PDD 6 PDD0 6 JTDO 6 JTCK 6 JTMS 6 JTDI 6 JTRST# 6 JTAG Port R40 0K /6W 5% JTRST# JTDI JTMS JTCK JTDO R44 R /6W 5% R408 0K /6W 5% DV R4 0K /6W 5% R406 0K /6W 5% R45 0K /6W 5% DV DV R405 0K /6W 5% R407 0K /6W 5% R404 K /6W 5% TVTREF# JTAG_DBGRQ JTAG_DBGACK CN406 NC/ P.5MM DV "SYS_EEPROM_WP" H:Write Enable L: Write Protect R45 0K /6W 5% SYS_EEPROM_WP R445 4K7 /6W 5% DV R4 4K7 /6W 5% R4 4K7 /6W 5% Q50 BC847C DV RS DV R44 4K7 /6W 5% WR WP OSCL0 OSDA0 U VCC 6 WC 5 SCL SDA E0 E E VSS 4 C45 UF6V AT4C8BN-SH-T SOP8-P IC ADDRESS "A0" R40 4K7 /6W 5% U0TX U0RX DVSB R4 4K7 /6W 5% R40 00R /6W 5% R46 00R /6W 5% BAV99 D45 DVSB BAV99 D45 CN40 NC/CONN P.0MM X'TAL & RESET OXTALI OXTALO ORESET# SYS EEPROM U-ART & RS U0TX U0RX RC6_OUT_EN IR & KEY Light_Sensor ADIN_SRV ADIN_SRV RC6 LED_G LED_R OXTALI 6 OXTALO 6 ORESET# 6 OSDA0 OSDA0 6,9 OSCL0 OSCL0 6,9 SYS_EEPROM_WP SYS_EEPROM_WP 6,, U0TX 6, U0RX 6, RC6_OUT_EN 6 Light_Sensor 6 ADIN_SRV 6 ADIN_SRV 6 RC6 6 LED_G 6 LED_R 6 TO IR/KEY BOARD ADIN_SRV ADIN_SRV <<LED_R:OPCTRL4>> H: Standby L: Normal <<LED_G:GPIO>> H: Normal L: Standby KEY_UP_DN_DCSW KEY_MENU_L_R_SOURCE R4 0R05 /6W R40 0R05 /6W DVSB R4 NC/.9K /6W % C456 00N 6V DVSB R409 NC/.9K /6W % C457 00N 6V DVSB Key Key FB45 600R/00mA C454 00N 6V CN40 V/T H:8.6 MM 088G5F9MVCL(Changli) +5V_STB CN U0TX U0RX D-SUB 9P BAV99 D455 R48 0R /6W 5% TX 0R /6W 5% RX R48 C405 UF6V C407 UF6V C+ C408 UF6V U TIN TOUT 7 TIN TOUT RIN 9 ROUT RIN 8 4 ROUT C+ C+ C- 6 V- 5 C- V+ 6 +5V_STB R48 00R /6W 5% R49 0R05 /6W R46 0R05 /6W VCC Near CN404 C- V- C- V+ GND 5 RC6_OUT ICLECV-6Z TSSOP6-P-6_6-0_65 UTX URX C+ UTX URX C404 UF6V C406 UF6V RC6 U450 TS5A57DCKR RC6_OUT_EN NO IN 6 5 GND V+ RC6_OUT NC COM 4 IN L H DVSB FUNCTION TABLE NC to COM NO to COM COM to NC COM to NO ON OFF FB45 0R/600mA C409 00N 6V OFF ON STRAPPING OPCTRL4 OPCTRL5 AOSDATA OPCTRL4 6 OPCTRL5 6 AOSDATA 6,8 DV LED_R LED_G RC6 Light_Sensor R49 00R /6W 5% R40 5K /6W 5% R4 00R /6W 5% R446 NC/00R /6W 5% R47 R /6W 5% OFF ON +5V_SW Key Key KEYIC_EN Near PIN6 STRAPPING DVSB Disable Touch Key IC in standby mode. CONN.0 P R/A R/A.0 MM 0G80B YH (XINYA) DV R440 NC/0K /6W 5% R46 NC/0K /6W 5% OPCTRL5 OPCTRL4 R44 0K /6W 5% R47 0K /6W 5% C458 NC/.uF 0V C45 NC/0N 50V R40 0K /6W 5% C455.uF 0V C45 00N 6V R48 NC/K /6W 5% R49 0K /6W 5% AOSDATA R48 NC/0K /6W 5% 08

109 05. AUD MUX/LINE AMP LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Audio Input MUX VGA_LIN SCART_LIN AV_LIN YPBPR_LIN U605 Y0 VDD 6 5 Y X 4 4 Yout X 5 Y Xout 6 Y X0 7 INH X VEE CTL_A 0 8 VSS CTL_B 9 CD405BPW AMUX_V SCART_RIN YPBPR_RIN VGA_RIN AV_RIN MUX_CTLA MUX_CTLB C609 00N 6V C67 uf 6V AMUX_V C6 AUD_ROUT R67 0Kohm /6W +/-5% 0uF 6V C6 0uF 6V R605 0R /0W 5% + C608 47UF 5V OPAV0 Change to 47u/5V 067GC4704CT AIN0_R_AADC R68 NC/0K /6W 5% MUX_CTLB Audio MUX CTRL AMUX_V R6 0K /6W 5% Q60 PMBT904 R65 AIN_CTL 0K /6W 5% MUX_CTLA AMUX_V R60 0K /6W 5% Q60 PMBT904 R64 AIN_CTL0 0K /6W 5% Audio Input select table AIN_CTL VGA SCR YPbPr AV 0 0 AIN_CTL V_4V AMUX_V DV SCART_RIN SCART_LIN AV_RIN AV_LIN YPBPR_RIN YPBPR_LIN VGA_RIN VGA_LIN +6V_4V 4,9 AMUX_V 0, DV 4,5,6,7,9,,,4,5 GND 4,5,6,7,9,0,,,,4,5,6 Audio Input for MUX SCART_RIN 0 SCART_LIN 0 AV_RIN AV_LIN YPBPR_RIN YPBPR_LIN VGA_RIN VGA_LIN Audio Output to MT565 AUD_LOUT C605 0uF 6V R66 0Kohm /6W +/-5% AIN0_L_AADC R69 NC/0K /6W 5% AIN0_R_AADC AIN0_L_AADC SCART audio output AIN0_R_AADC 6 AIN0_L_AADC 6 AL0O AR0O SCARTR_PA SCARTL_PA AL0O 6 AR0O 6 SCARTR_PA 0 SCARTL_PA 0 SCT Audio Out( PWMDAC to Line out ) Line audio output SCARTR_PA SCARTL_PA SCARTR_PA 0 SCARTL_PA 0 AR0O Close to MT565 R604 5K /6W % C69 0uF 6V R66 C60 OPAVREF NC/00K /6W 5% 0pF 50V R6 8KOHM +-% /0W R6 45.K % R60 0R05 /6W VCC- IN+ IN- OUT C6 P 50V 4 U60 RC4580IPWR C68 0uF 6V R64 47K /6W 5% SCARTR_PA Audio Control SC_MUTE AIN_CTL0 AIN_CTL IS audio input for DAC LRCLK SCLK MCLK AOSDATA SC_MUTE 9,0 AIN_CTL0 6 AIN_CTL 6 LRCLK 9 SCLK 9 MCLK 9 AOSDATA 6,7 IN+ IN- OUT VCC+ OPAV0 OPAVREF R AL0O R607 5K /6W % C66 0uF 6V R65 NC/00K /6W 5% C6 0pF 50V R6 0R05 /6W 45.K % R60 8KOHM +-% /0W C66 P 50V C64 0uF 6V R69 47K /6W 5% SCARTL_PA Line Audio Out ( IS to Line Out ) DV DV +V LDO for audio R67 Q65 SC_MUTE 0K /6W 5% Near MT565 PMBT904 AOSDATAR6 SDATA R /6W 5% DV C68 P 50V R68 0K /6W 5% C67 NC/uF 5V R68 0K /6W 5% R65 NC/0K /6W 5% LRCLK MCLK SCLK SDATA C6 UF 6V C60 uf 6V U60 CPVOUTN CPCB 5 MUTE# CPCA 8 0 LRCLK 9 MCLK 7 BCLK DACDAT AIFMODE WM854GEDT/R AVDD 5 LINEVDD 6 VMID 4 AGND LINEGND 4 LINEVOUTL LINEOUTR 6 C65 DV 4.7UF 0V C65.uF 0V C6 0uF 6V C64 0uF 6V R67 47K /6W 5% C606 00N 6V C UF 0V SCARTL_PA SCARTR_PA R6 47K /6W 5% +6V_4V C60 4.7uF 50V U604 L78LABUTR IN GND C60 00N 50V OUT R60 47K /6W 5% Close to U60 OPAV0 V R60 47K /6W 5% C60 4.7UF 6V OPAVREF C604 00N 6V 09

110 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK 06. SPK AMP / HP AMP AOLRCK AOBCLK AOSDATA0 AOMCLK R660 +V R64 NC/0R05 /0W R655 R /6W 5% NC/0K /6W 5% D60 A K BAS6 R64 4K7 /6W 5% K A D604 BAS6 Close to MT565 C669 R656 R /6W 5% R657 R /6W 5% R66 R /6W 5% C667 P 50V STB_PWR5V R6 0R05 /0W LRCLK P 50V SCLK C706 P 50V SDATA0 C70 P 50V MCLK C700 0UF 5V Q60 BC857C + R64 K /6W 5% R640 00K /6W 5% +6V_4V DV Grounding Grounding Grounding Grounding R668 0K /6W 5% PMBT904 FB607 0R/000mA FB606 0R/000mA SPK_MUTE(OPCTRL) H:SPK mute L:SPK sound output EC80 SMD FB608 0R/000mA Q65 SPK_MUTE DV ALO ARO R69 0K /6W 5% C689 uf 6V DVSB R646 0K /6W 5% PVDD AVDD Close to MT565 Lo Hi IS Input R675 0K /6W 5% IS Input R67 0K /6W 5% IC Address R664 R66 R69 0K /6W 5% NC/0K /6W 5% 0K /6W 5% OSDA0 OSCL0 PMBT904 0X54 0X56 Q65 AVDD R K OHM +-% /6W OSC_RES C677 0uF 6VC68 MCLK C676 00N 6V LRCLK SCLK SDATA0 AVDD R667 0K /6W 5% C695 00N 50V C675 00N 6V U60 AVDD A_SEL# DVSSO 4.7uF 0V 8 VR_DIG MCLK PDN# LRCLK SCLK SDIN SDA SCL AVDD RESET# 5 R R /6W % C694 47N6V 49 GND STEST 6 C650 0uF 6V VR_ANA AVDD DVDD 7 C nF 50V C674 UF 6V C687 0uF 6V C697 47N6V PLL_FLTP PLL_FLTM 0 DVSS 8 C670 0uF 6V C69 0uF 6V R666 C69 4.7nF 50V AVSS 9 UF 6VC684 TAS577L GND 9 C680 00N 6V 470R /6W % AGND 0 AVDD C664 0PF 50V C666 0PF 50V HPVDD 8 VREG CPP 7 C67 00N 6V SSTIMER R679 0K /6W 5% HPOUTL C668 47P 50V R689 HPOUTR 0K /6W 5% CPN 6 C679 N 50V R676 4K % R688 4K % HPVSS 5 C67 UF 6V HP_SD GVDD_OUT 4 HPR_IN 4 PVDD_CD 5 C66 47P 50V HPR_OUT C68 UF 6V HPL_OUT HPL_IN HP_PWML 48 HP_PWMR 47 PVDD_AB 46 BST_A 45 PGND_AB 4 OUT_B 4 BST_B 4 BST_C 40 OUT_C 9 PGND_CD 8 BST_D 6 C655 00N 50V OUT_A 44 OUT_D 7 C685 N 50V PVDD HP_DET#(GPIO) H:HP Plug in L: HP un-plug C7 4.7uF 50V HPOUTR HPOUTL C656 C uF 50V 0UF 50V R67 4R7 /6W 5% R674 4R7 /6W 5% Load Change to 0u/50V: 067G 7CT 8R uh uf PVDD 6R 47uH 0nF C68 C69 C699 HP_DET# R65 NC/0R05 /6W C654 00N 50V N 50V R669 C665 0R /6W 5% N 50V R654 C660 0R /6W 5% N 50V N 50V N 50V R65 0R /6W 5% DV R650 4K7 /6W 5% C65 0N 50V C659 N 50V R65 0R /6W 5% C658 N 50V C65 00N 6V L604 L60 L60 L60 L 47UH 47UH 47UH 47UH C65 00N 6V C Closed to CN >< >< LOUT+ C66 0.uF 50V ROUT- C66 0.uF 50V LOUT- ROUT+ C698 0.uF 50V C678 0.uF 50V CN60 PHONEJACK R/A High:0.5 MM 88G 0K(CHANGLIN) LOUT+ LOUT- ROUT+ ROUT- TP60 TP60 TP604 TP60 4 CONN CN60 +6V_4V +V STB_PWR5V +5V_SW DV DVSB IS audio input for SPK AMP OSDA0 OSCL0 AOMCLK AOLRCK AOBCLK AOSDATA0 ALO ARO Audio Control SPK_MUTE HP_SC_MUTE SC_MUTE HP_DET# R/A.5 MM GW50B04ABX(XINYA) +6V_4V 4,8 +V 4,5 STB_PWR5V 4 +5V_SW 4,5,7,0,,,4,5 DV 4,5,6,7,8,,,4,5 DVSB 4,5,6,7,,4 GND 4,5,6,7,8,0,,,,4,5,6 LRCLK SCLK MCLK AOMCLK 6 AOLRCK 6 AOBCLK 6 AOSDATA0 6 PWM audio input for HP AMP IC for SPK AMP ALO 6 ARO 6 SPK_MUTE 6 HP_SC_MUTE 6 SC_MUTE 8,0 HP_DET# 6 OSDA0 6,7 OSCL0 6,7 IS audio input for DAC LRCLK 8 SCLK 8 MCLK 8 HP_SC_MUTE(OPCTRL) H: HP/SCART mute L: HP/SCART sound output A K D606 BAS6 HP_MUTE R67 Q650 R670 0K /6W 5% DVSB 0K /6W 5% PMBT904 C704 NC/UF 6V R647 0K /6W 5% R644 SC_MUTE HP_SC_MUTE D605 A K BAS6 Anti-Plop CKT K /6W 5% 0

111 07. SCART I/O LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK SCART (Full SCART) -- CVBS+SV+RGB+TV OUT +5V_SW AMUX_V +5V_SW 4,5,7,,,4,5 AMUX_V 8, GND 4,5,6,7,8,9,,,,4,5,6 Full SCART(RGB + CVBS + L/R IN_OUT) SCT_AUR_IN SCT_AUL_IN SCT_FS_IN SCT_FB_IN SCT_AV_IN CN5 A B C CN5 8 SCT_AV_GND RCA JACK P SCT_AV_OUT SCT_AUL_OUT SCT_AUR_OUT SCT_AUR_OUT SCT_AUL_OUT SCT_B_IN SCT_G_IN SCT_R_IN SCT_AVO_GND SCART CONN P SCT_AV_OUT V/T H:8.5MM 088G55FLBVCL(Changling) AV Monitor OUT(CVBS +L/R) CVBS IN SCT_AV_IN SCT_B_IN SCT_G_IN SCT_R_IN ZD065 UDZSNP5.6B RGB IN ZD066 UDZSNP5.6B ZD067 UDZSNP5.6B ZD068 UDZSNP5.6B R >< >< >< NEARLY IC MONITOR_OUT 75 OHM +-5% /6W ---><--- > D055 A K D054 A K +5V_SW BAS6 R009 0R05 /6W BAS6 FB05 80 OHM D056 A K BAS6 FB05 80 OHM FB OHM D057 A K BAS6 +5V_SW R00 R008 0R05 /6W +5V_SW R0 0R05 /6W C08 NC/47pF 50V R00 R0 0R05 /6W +5V_SW L00.8uH R00 R00 75 OHM +-5% /6W 75 OHM +-5% /6W 75 OHM +-5% /6W 75 OHM +-5% /6W NEARLY CONNECTOR Close to CONNECTOR MONITOR SCART CVBS BYPASS C06 47pF 50V C009 47pF 50V C004 5PF50V R0 0R05 /6W C00 5PF50V R0 0R05 /6W C005 5PF50V C00 NC/47pF 50V Close to IC R00 00R /6W 5% C00 47N6V R08 68R /6W 5% R09 00R /6W 5% R004 68R /6W 5% R005 68R /6W 5% D058 A K BAS6 SCT_AV_OUT ZD069 UDZSNP5.6B C0 0N 50V C00 0N 50V C00 0N 50V C006 0N 50V +5V_SW CVBSP Y0P COM0 PB0P PR0P Close to IC TUNER_BYPASS_OUT R04 75 OHM +-5% /6W SCART Audio Input SCT_AUR_IN SCT_AUL_IN Audio Output Close to CONNECTOR L00.8uH C07 NC/47pF 50V D065 A K BAS6 C0 0N 50V D066 A K BAS6 C0 0N 50V SCARTL_PA R0 470R /6W 5% C09 470P 50V R07 SC_MUTE 0R05 /6W SCARTR_PA R00 470R /6W 5% C0 470P 50V C007 0uF 6V SC_MUTE R09 0R05 /6W C008 0uF 6V R0 0R05 /6W C04 47pF 50V +5V_SW +5V_SW R006 0K /6W 5% R007 0K /6W 5% Q05 R C0 NC/47pF 50V Close to CONNECTOR Q06 R CVBS OUT SCART_LIN D06 A K BAS6 DTC6TK D06 A K DTC6TK SCT_AUL_OUT BAS6 SCT_AV_OUT ZD070 UDZSNP5.6B SCT_AUR_OUT R4 47K /6W 5% SCART_RIN R 47K /6W 5% +5V_SW +5V_SW AMUX_V R 47K /6W 5% R 47K /6W 5% SCART in_out CVBSP SOY0 Y0P COM0 PB0P PR0P TUNER_BYPASS_OUT SCART_RIN SCART_LIN SCARTR_PA SCARTL_PA SCART_FS0 AV monitor output MONITOR_OUT SCARTR_PA SCARTL_PA SCART mute SC_MUTE CVBSP 6 SOY0 6 Y0P 6 COM0 6 PB0P 6 PR0P 6 TUNER_BYPASS_OUT 6 SCART_RIN 8 SCART_LIN 8 SCARTR_PA 8 SCARTL_PA 8 SCART_FS0 6 MONITOR_OUT 6 SCARTR_PA 8 SCARTL_PA 8 SC_MUTE 8,9 V/T H:0.5MM 088G 78FXCL(Changling) Audio Output FAST BLANKING/SOY Close to IC SCARTL_PA Close to CONNECTOR R0 470R /6W 5% SC_MUTE C0 470P 50V R05 R NC/0R05 /6W Q0 NC/DTC6TK D06 A K +5V_SW BAS6 SCT_AUL_OUT Function Select SCT_FS_IN ZD07 RLZB ---><--- > D059 A K BAS6 R05 5K /6W 5% AMUX_V SCART_FS0 R07 0K /6W 5% ZD07 UDZSNP5.6B D060 A K BAS6 SCT_FB_IN ---><--- > +5V_SW R06 0R05 /6W R04 75 OHM +-5% /6W SOY0 C05 NC/470P 50V D064 A K BAS6 +5V_SW SCARTR_PA R0 SCT_AUR_OUT 470R /6W 5% C04 470P 50V Q0 NC/DTC6TK SC_MUTE R0 NC/0R05 /6W R

112 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK 08. YPBPR/ VGA/ SIDE AV INPUT YPbPr in & SPDIF output CN A B C RCA JACK P CN6 A B CN7 YPbPr RCA JACK P SPDIF_OUT C8 P 50V PB_IN_ SPDIF COIXIAL RCA JACK P Y_IN_ PR_IN_ YPBPR_L_IN YPBPR_R_IN SPDIF_OUT V/T H: 8.6 MM 088G 78F5XCL(Changling) D65 A K +5V_SW BAS6 R84 40 OHM +-% /6W R85 00R /6W % V/T H: 8.6 MM 088G 78FXCL(Changling) V/T H:8.6MM 088G 78FVCL(Changling) C8 00N 6V M_SPDIF_Out AV (Component) Y_IN_ ZD50 UDZSNP5.6B PB_IN_ ZD5 UDZSNP5.6B PR_IN_ NEAR YPBPR CONNECTOR D50 A K +5V_SW BAS6 FB5 R6 8R /6W 5% 80 OHM R56 56R /6W 5% D5 A K +5V_SW BAS6 FB5 R65 8R /6W 5% 80 OHM R6 56R /6W 5% R64 56R /6W 5% ZD5 UDZSNP5.6B FB5 R67 80 OHM 8R /6W 5% D5 A K +5V_SW BAS6 C55 5PF50V SMD/040 R68 0R05 /6W C59 5PF50V SMD/040 C6 5PF50V SMD/040 NEAR MT565 R5 0R05 /6W C5.5nF 50V SMD/040 R5 68R /6W 5% C5 0N 50V SMD/040 C56 0N 50V R57 SMD/040 00R /6W 5% R59 68R /6W 5% C58 0N 50V SMD/040 R66 68R /6W 5% C6 0N 50V SMD/040 SOY YP COM PBP PRP NEAR YPBPR CONNECTOR YPBPR_R_IN YPbPr AUDIO BAS6 A K +5V_SW D56 C6 0uF 6V YPBPR_RIN C64 0N 50V BAS6 A K +5V_SW C65 D57 0uF 6V YPBPR_L_IN YPBPR_LIN C66 0N 50V AMUX_V R94 R97 47K /6W 5% 47K /6W 5% R9 47K /6W 5% R96 47K /6W 5% +5V_SW AMUX_V +5V_SW 4,5,7,0,,4,5 DVSB AMUX_V 8,0 DV DVSB 4,5,6,7,9,,4 DV 4,5,6,7,8,9,,4,5 GND GND 4,5,6,7,8,9,0,,,4,5,6 Audio Out M_SPDIF_Out M_SPDIF_Out 6, VGA Input VGASCL VGASCL 6 VGASDA VGASDA 6 VSYNC HSYNC VSYNC 6 BP HSYNC 6 SOG BP 6 GP SOG 6 VGACOM GP 6 RP VGACOM 6 RP 6 Audio Input AV_LIN AV_RIN YPBPR_LIN YPBPR_RIN VGA_LIN VGA_RIN Video Input CVBSP CVBS_COM SOY YP PBP COM PRP AV_LIN 8 AV_RIN 8 YPBPR_LIN 8 YPBPR_RIN 8 VGA_LIN 8 VGA_RIN 8 CVBSP 6 CVBS_COM 6 SOY 6 YP 6 PBP 6 COM 6 PRP 6 CN8 NC/CONNNECTOR R09 0R05 /6W R07 NC/4K7 /6W 5% SPDIF OPTICAL VGA & Audio in U0RX# VIN VCC GND VGASDA_IN HSYNC# VSYNC# VGASCL_IN CN0 4 5 D-SUB V/T 5P R5 NC/R /6W 5% V/T H:8.6MM 088G5FFFVCL(Changling) <<VGA_RX/TX_EN>> H: Disable L: Enable VGA_RX/TX_EN R04 00R /0W 5% R08 NC/0R05 /6W Q5 N700 RED RED_GND GRN GRN_GND BLU BLU_GND R0 0R05 /6W U0TX# R06 0K /6W 5% FB66 C88 NC/0R/500mA NC/00N 6V D60 BAS6 A K ZD6 NC/VPORT06000KV05 Q5 N700 +5V_SW R05 4K7 /6W 5% Q57 BC847C DV +5V_SW A K D59 BAS6 VGA_PLUGPWR C89 4.7uF 0V VGA IN D5 A K +5V_SW BAS6 FB54 GRN 80 OHM ZD5 UDZSNP5.6B GRN_GND BAS6 FB55 BLU 80 OHM ZD54 UDZSNP5.6B BLU_GND RED ZD55 UDZSNP5.6B RED_GND NEAR VGA CONNECTOR D54 A K +5V_SW D55 A K +5V_SW BAS6 FB56 80 OHM R74 75 OHM +-5% /6W R7 75 OHM +-5% /6W R69 75 OHM +-5% /6W VGA_PLUGPWR C67 5PF 50V SMD/040 R8 0R05 /6W C68 5PF 50V SMD/040 C69 5PF 50V SMD/040 NEAR MT565 C70 R7.5nF 50V 0R05 /6W SMD/040 SOG GP R75 C75 68R /6W 5% 0N 50V SMD/040 C7 R76 0N 50V 00R /6W 5% SMD/040 VGACOM R70 C7 68R /6W 5% 0N 50V SMD/040 BP C76 R7 0N 50V 68R /6W 5% SMD/040 RP HSYNC# ZD60 UDZSNP5.6B VGA AUDIO VGA_AudioRIN C86 0N 50V BAS6 A K +5V_SW R98 D58 FB57 600R/00mA BAS6 A K +5V_SW D6 FB58 600R/00mA VGA_AudioLIN C74 0N 50V FB59 80 OHM R8 0R05 /6W R79 NC/K /6W 5% NEARLY Connecter 47K /6W 5% VGA_RIN C77 0uF 6.V R9 47K /6W 5% VGA_LIN C7 0uF 6.V HSYNC VGASCL_IN C54 5PF 50V ZD6 SMD/040 UDZSNP5.6B U0TX U0TX 6,7 U0RX U0RX 6,7 VGA_RX/TX_EN VGA_RX/TX_EN 6 RC6 RC6 6,7 SYS_EEPROM_WP SYS_EEPROM_WP 6,7, AMUX_V R9 47K /6W 5% R95 47K /6W 5% VGA_PLUGPWR R58 0K /6W 5% R55 00R /6W 5% VGASCL Others Control Interface U0RX U0RX# U0TX U0TX# VGA_PLUGPWR VGA_PLUGPWR CN0 CONN R60 NC/00R /6W 5% VGA_AudioRIN VGA_AudioLIN R6 NC/00R /6W 5% V/T H:8.6 MM 088G0FGVCL(Changling) PC Audio in C60 00N 6V U0 "SYS_EEPROM_WP" H:Write Enable L: Write Protect 4 A0 A A VSS SYS_EEPROM_WP VCC 8 WP 7 6 SCL SDA 5 M4C0-WMN6TP VGASCL VGASDA WR WP R54 0K /6W 5% R0 4K7 /6W 5% Q50 BC847C R5 0K /6W 5% VSYNC# ZD6 UDZSNP5.6B R86 0R05 /6W FB60 80 OHM R80 NC/K /6W 5% VSYNC C57 5PF 50V SMD/040 AMUX_V VGASDA_IN ZD6 UDZSNP5.6B R77 0K /6W 5% R78 VGASDA 00R /6W 5% CVBS & Audio input CN6 A B C RCA JACK P (SIDE) AV_CVBS_IN AV_AudioLIN AV_AudioRIN R/T H:0.5MM 088G 78GACL(Changling) CVBS AV_CVBS_IN ZD64 UDZSNP5.6B +5V_SW D64 A K BAS6 NEAR AV CONNECTOR R89 0R05 /6W C85 47P 50V R88 R90 75 OHM +-5% /6W 0R05 /6W NEAR MT565 C84 47N6V SMD/040 CVBSP R87 00R /6W 5% C5 UF6V CVBS_COM AV_AUDIO (Side) AV_AudioRIN AV_AudioLIN D6 A K BAS6 C79 0N 50V D6 A K BAS6 C8 0N 50V +5V_SW +5V_SW R0 47K /6W 5% C78 0uF 6V AV_RIN R0 47K /6W 5% C80 0uF 6V AV_LIN R99 47K /6W 5% R00 47K /6W 5%

113 09. DDR DRAM LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK DDR - 64Mx6- MHz Gb DV5_DDR GND DV5_DDR 4,6 GND 4,5,6,7,8,9,0,,,4,5,6 R OHM +-% /6W R40 DV5_DDR R40 K /6W % RVREF K /6W % A_ZQ C407 00N 6V RDQ0 RDQ RDQ RDQ RDQ4 RDQ5 RDQ6 RDQ7 RDQ8 RDQ9 RDQ0 RDQ RDQ RDQ RDQ4 RDQ5 DV5_DDR RDQS RDQS# RDQS0 RDQS0# RDQM RDQM0 B_RST# E F7 F F8 H H8 G H7 D7 C C8 C A7 A B8 A C7 B7 F G D E7 T L8 A A8 C C9 D E9 F H H9 B D9 G7 K K8 N N9 R9 R H U40 DQ0 DQ DQ DQ DQ4 DQ5 DQ6 DQ7 DQ8 DQ9 DQ0 DQ DQ DQ DQ4 DQ5 UDQS UDQS# LDQS LDQS# UDM LDM RESET# ZQ A0 A A A A4 A5 A6 A7 A8 A9 A0/AP A A/BC# A NC_0 NC_ NC_ NC_ NC_4 NC_6 BA0 BA BA CK CK# CS# CAS# ODT RAS# WE# CKE VDDQ_0 VSSQ_0 VDDQ_ VSSQ_ VDDQ_ VSSQ_ VDDQ_ VSSQ_ VDDQ_4 VSSQ_4 VDDQ_5 VSSQ_5 VDDQ_6 VSSQ_6 VDDQ_7 VSSQ_7 VDDQ_8 VSSQ_8 VDD_0 VSS_0 VDD_ VSS_ VDD_ VSS_ VDD_ VSS_ VDD_4 VSS_4 VDD_5 VSS_5 VDD_6 VSS_6 VDD_8 VSS_7 VDD_7 VSS_8 VSS_9 VSS_0 VSS_ VREFDQ VREFCA NT5CB64M6AP-CF N P7 P N P8 P R8 R T8 R L7 R7 N7 T J J9 L L9 M7 T7 M N8 M J7 K7 L K K J L K9 B B9 D D8 E E8 F9 G G9 A9 B E G8 J J8 M M9 P P9 T T9 M8 B_A0 B_A B_A B_A B_A4 B_A5 B_A6 B_A7 B_A8 B_A9 B_A0 B_A B_A B_A B_BA0 B_BA B_BA CLK0 CLK0# B_CS# B_CAS# B_ODT B_RAS# B_WE# B_CKE C408 00N 6V DV5_DDR R407 K /6W % RVREF K /6W % R406 Damping and Termination for CLK Close to MT565 RCLK0 RCLK0# B_RST# B_A9 B_A B_A0 R405 0R05 /6W Damping for DDR# ADDR/CMD B_WE# B_CAS# B_RAS# B_A B_ODT B_CS# B_BA0 B_BA B_A B_A5 B_A B_A7 B_A4 B_BA B_A0 B_CKE B_A B_A8 B_A6 B_A R40 0R05 /6W Close to DRAM R404 00R /6W 5% RP OHM /6W R40 00R /6W 5% R4 00R /6W 5% R4 00R /6W 5% R4 00R /6W 5% RP OHM /6W RP OHM /6W RP OHM /6W RP OHM /6W CLK0 CLK0# _WE# _CAS# _RAS# _A _ODT _CS# _BA0 _BA _RST# _A9 _A _A0 _A _A5 _A _A7 _A4 _BA _A0 _CKE _A _A8 _A6 _A DDR interface from MT565 RDQ0 RDQ RDQ RDQ RDQ4 RDQ5 RDQ6 RDQ7 RDQ8 RDQ9 RDQ0 RDQ RDQ RDQ RDQ4 RDQ5 RDQS RDQS# RDQS0 RDQS0# RDQM RDQM0 _A0 _A _A _A _A4 _A5 _A6 _A7 _A8 _A9 _A0 _A _A _A RCLK0 RCLK0# _WE# _ODT _CAS# _RAS# _CKE _CS# _BA0 _BA _BA _RST# RDQ0 6 RDQ 6 RDQ 6 RDQ 6 RDQ4 6 RDQ5 6 RDQ6 6 RDQ7 6 RDQ8 6 RDQ9 6 RDQ0 6 RDQ 6 RDQ 6 RDQ 6 RDQ4 6 RDQ5 6 RDQS 6 RDQS# 6 RDQS0 6 RDQS0# 6 RDQM 6 RDQM0 6 _A0 6 _A 6 _A 6 _A 6 _A4 6 _A5 6 _A6 6 _A7 6 _A8 6 _A9 6 _A0 6 _A 6 _A 6 _A 6 RCLK0 6 RCLK0# 6 _WE# 6 _ODT 6 _CAS# 6 _RAS# 6 _CKE 6 _CS# 6 _BA0 6 _BA 6 _BA 6 _RST# 6 CAPs for DRAM IO Power ( Close to DDR ) DV5_DDR C40 0uF 6.V C404 0uF 6.V C40 00N 6V C40 00N 6V C406 00N 6V C405 00N 6V C409 00N 6V C40 00N 6V

114 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK 0. HDMI/HDMI INPUT AV AV AV 5,6,5 AV 4,6 HDMI Switch U DV_TMDS DV_TMDS R K % NC 64 6 NC NC GND NC NC Vcc NC NC GND NC NC Vcc NC NC GND VSADJ RX_+ RX_- DV_TMDS RX_+ RX_- RX_0+ RX_0- DV_TMDS RX_C+ RX_C- HDMI_SCL# HDMI_SDA# HPD HDMI 6 RX 6 Vcc 60 RX 59 RX GND RX0 56 RX0 55 Vcc RXC 54 RX TMDS5 (TI) RXC 5 5 SCL 5 SDA 50 HPD VDD 49 TX TX Vcc TX TX GND TX0 TX0 Vcc TXC TXC GND SCL_SINK SDA_SINK HPD_SINK S +5V_SW D5 BAT54C FB505 0R/000mA 48 RX 47 RX 46 Vcc 45 RX 44 RX GND 4 4 RX0 4 RX0 40 Vcc RXC 9 RXC 8 7 SCL 6 SDA 5 HPD EQ 4 S C50 UF6V RX_+ RX_- DV_TMDS RX_+ RX_- RX_0+ RX_0- DV_TMDS RX_C+ RX_C- HDMI_SCL# HDMI_SDA# HPD HDMI DV_TMDS R56 NC/K /6W 5% R564 0R05 /6W R570 HDMI_SW_CTRL 00R /6W 5% R549 4K7 /6W 5% DV for TMDS5 DV FB504 0R/000mA C50 0uF 0V NEAR IC DV_TMDS C509 C507 C508 C5 C5 C54 00N 6V 00N 6V 00N 6V 00N 6V 00N 6V 00N 6V SMD/040 SMD/040 SMD/040 SMD/040 SMD/040 SMD/040 CEC_ CEC_ R50 0R05 /6W R504 0R05 /6W K A BAS6 R50 7K /6W 5% D50 ZD50 DVSB HDMI_CEC NC/BZX84-C5V6 DV DVSB +5V_SW GND HDMI output to MT565 M_RX_CB M_RX_C M_RX_CB 6 M_RX_0B M_RX_C 6 M_RX_0 M_RX_0B 6 M_RX_B M_RX_0 6 M_RX_ M_RX_B 6 M_RX_B M_RX_ 6 M_RX_ M_RX_B 6 M_RX_ 6 HDMI_HPD HDMI_CEC HDMI IC HDMI_SDA HDMI_SCL HDMI_SDA HDMI_SCL HDMI control PWR5V_ PWR5V_ HDMI_SW_CTRL HDMI_SW_CTRL SYS_EEPROM_WP DV 4,5,6,7,8,9,,4,5 DVSB 4,5,6,7,9,4 +5V_SW 4,5,7,0,,4,5 GND 4,5,6,7,8,9,0,,,4,5,6 HDMI_HPD 6 HDMI_CEC 6 HDMI_SDA 6 HDMI_SCL 6 HDMI_SDA 6 HDMI_SCL 6 PWR5V_ 6 PWR5V_ 6 HDMI_SW_CTRL 5 HDMI_SW_CTRL 5 SYS_EEPROM_WP 6,7, TMDS5PAGR R545 00R /6W 5% HDMI_SW_CTRL M_RX_ M_RX_B DV_TMDS M_RX_ M_RX_B GND M_RX_0 M_RX_0B DV_TMDS M_RX_C M_RX_CB GND TMDS_SCL TMDS_SDA R569 4K7 /6W 5% HDMI_HPD R550 4K7 /6W 5% HDMI IC to MT565 R547 0K /6W 5% DV_TMDS R548 0K /6W 5% ARC for HDMI M_SPDIF_Out ARC_SW M_SPDIF_Out 6, ARC_SW 6 M_RX_ R57 00R /6W % M_RX_B M_RX_ R57 00R /6W % M_RX_B M_RX_0 R574 00R /6W % M_RX_0B M_RX_C R57 00R /6W % M_RX_CB Near HDMI Switch HDMI HDMI TMDS_SDA HDMI_SDA FUNCTION TABLE Control Bits OUTPUT TMDS_SCL HDMI_SCL S S Y H H A/B HDMI_SCL HDMI_SCL# HDMI_SCL H L A/B HDMI_SDA HDMI_SDA# HDMI_SDA L X Z HDMI_SCL# HDMI_SDA# DVSB R576 R575 0K /6W 5% 0K /6W 5% HDMI_SCL HDMI_SDA HDMI Input (Rear) CN50 SHELL D+ SHELL4 D Shield D- 4 D+ 5 D Shield 6 D- 7 D0+ 8 D0 Shield 9 D0-0 CK+ SHELL5 CK Shield CK- CE Remote NC 4 DDC CLK 5 DDC DATA 6 GND 7 +5V 8 9 HP DET 0 SHELL6 SHELL SHELL7 SHELL HDMI V/T V/T H:7.9 MM 088G 40A VA(VAST) SCL_ SDA_ C50 00N 6V HDMI--HP DET H: Standby, Normal L: AC off RX_+ RX_0- RX_C+ RX_- RX_0+ RX_C- CEC_ ARC_HDMI R59 00R /6W 5% R50 00R /6W 5% RX_- RX_+ PWR5V_ R5 470K /6W 5% ZD504 K A NC/PDZ4B D508 BAS6 R5 Q506 BC847C K /6W 5% ARC_HDMI in HDMI pin4 HDMI_SCL HDMI_SDA PWR5V_ R5 4K7 /6W 5% R54 0K /6W 5% R544 NC/K /6W 5% HPD ARC (Audio Return Channel) ARC_SW R554 00R /6W 5% R555 47K /6W 5% M_SPDIF_Out +5V_SW C505 PWR5V_ 00N 6V D509 A K BAS6 D50 A BAS6 K R55 4K7 /6W 5% U50 OE VCC 5 A 4 GND Y HDMI EDID EEPROM SN74LVCG5DBVR FB50 600R/500mA HPLUGP_5V AV R54 C55 00N 6V 80R /6W % OE L L H C504 UF6V R55 8R /6W % FUNCTION TABLE INPUT A H L X OUTPUT Y H L Z ARC_HDMI R55 00K /6W 5% ESD PROTECTER HDMI ESD PROTECTER 4 5 IN IN4 4 5 IN IN4 U50 IN IN 4 5 IN IN4 GND GND GND GND NC/RClamp054P.TCT 0 CEC_ OUT 9 SCL_ OUT GND GND U508 NC/RClamp054P.TCT 0 RX_+ IN OUT 9 RX_- IN OUT 7 RX_+ OUT 6 RX_- OUT4 U509 NC/RClamp054P.TCT 0 RX_0+ IN OUT 9 RX_0- IN OUT RX_+ RX_- RX_+ RX_- RX_0+ RX_0- RX_C+ RX_C- CEC_ SCL_ SDA_ PWR5V_ 7 RX_C+ OUT 6 RX_C- OUT4 7 SDA_ OUT 6 PWR5V_ OUT4 HDMI Input (Rear) CN506 4 U50 A0 A A VSS C5 VCC 8 WP 7 6 SCL SDA 5 0N 0V M4C0-WMN6TP WR WP R55 0K /6W 5% R56 47K /6W 5% R58 R /6W 5% SMD/040 R57 47K /6W 5% HDMI_SCL HDMI_SDA Q50 BC847C "SYS_EEPROM_WP" H:Write Enable L: Write Protect R59 4K7 /6W 5% SMD/040 SYS_EEPROM_WP HDMI ESD PROTECTER U5 NC/RClamp054P.TCT RX_+ 0 RX_+ RX_- IN OUT 9 RX_- IN OUT GND GND RX_+ 4 RX_- 5 IN IN4 7 RX_+ OUT 6 RX_- OUT SHELL D+ SHELL4 D Shield D- 4 D+ 5 D Shield 6 D- 7 D0+ 8 D0 Shield 9 D0-0 CK+ SHELL5 CK Shield CK- CE Remote NC 4 DDC CLK 5 DDC DATA 6 GND 7 +5V 8 9 HP DET 0 SHELL6 SHELL SHELL7 SHELL HDMI V/T V/T H:7.9 MM 088G 40A VA(VAST) HDMI--HP DET H: Standby, Normal L: AC off RX_+ RX_- RX_+ RX_- RX_0+ RX_0- RX_C+ RX_C- CEC_ 00R /6W 5% SCL_ R5 HDMI_SCL SDA_ R5 HDMI_SDA 00R /6W 5% PWR5V_ PWR5V_ 00N 6V C50 R55 470K /6W 5% ZD50 A K NC/BAS6 D50 NC/PDZ4B R56 K /6W 5% Q504 R57 BC847C 4K7 /6W 5% R577 0K /6W 5% NC/K /6W 5% R54 HPD HDMI EDID EEPROM +5V_SW PWR5V_ D506 BAS6 A K D507 A K BAS6 FB R/500mA HPLUGP_5V U504 A0 A A VSS VCC 8 WP 7 6 SCL SDA 5 C506 0N 0V M4C0-WMN6TP WR WP R58 0K /6W 5% SMD/040 R59 47K /6W 5% SMD/040 R54 R /6W 5% SMD/040 R50 SMD/040 47K /6W 5% HDMI_SCL HDMI_SDA Q505 BC847C "SYS_EEPROM_WP" H:Write Enable L: Write Protect R58 SYS_EEPROM_WP 4K7 /6W 5% SMD/040 RX_0+ RX_0- RX_C+ RX_C- CEC_ SCL_ SDA_ PWR5V_ 7 RX_C+ OUT 6 RX_C- OUT4 U5 NC/RClamp054P.TCT 0 RX_0+ IN OUT 9 RX_0- IN OUT 4 5 IN IN4 U5 IN IN 4 5 IN IN4 GND GND NC/RClamp054P.TCT 0 CEC_ OUT 9 SCL_ OUT GND GND 7 SDA_ OUT 6 PWR5V_ OUT4 4

115 . LVDS OUTPUT/USB LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK O0N O0P ON OP ON OP ON OP E0N E0P EN EP EN EP EN EP TP40 TP40 TP404 TP405 TP406 TP407 TP408 TP409 TP4 TP4 TP44 TP45 TP46 TP47 TP48 TP49 LVDS OUTPUT LVDS_VDD LVDS_VDD O0N ON ON OCKN ON E0N EN EN ECKN EN LVDS_VDD CN LVDS_VDD LVDS_VDD LVDS_CONTROL O0P OP OP OCKP OP E0P EP EP ECKP EP S-0SVA-R V/T.5 MM 0T80 0 X(XINYA) R48 0K /0W 5% NEAR CN408 LVDS_VDD PANEL_VCC FB405 0R/000mA FB406 0R/000mA C409 0U 6V DV R4 LVDS_CONTROL NC/K /6W 5% R4 NC/0R05 /6W R49 LVDS_CTRL NC/00R /6W 5% LVDS_VDD LVDS_VDD LVDS_VDD LVDS_VDD LVDS_CONTROL O0N O0P ON OP ON OP OCKN OCKP ON OP CN409 CONN FFC 0P FFC for TPT5B5-LA77 0G8090F CH JS(JS) PANEL_VCC +5V_SW DVSB DV +5V_STB GND LVDS Interface E0P E0N EP EN EP EN ECKP ECKN EP EN O0P O0N OP ON OP ON OCKP OCKN OP ON Backligh Control Interface BL_ON/OFF BL_DIMMING BRIGHT_ADJ INVERTER_ON_OFF PANEL_VCC 5 +5V_SW 4,5,7,0,,,5 DVSB 4,5,6,7,9, DV 4,5,6,7,8,9,,,5 +5V_STB 4,5,7 GND 4,5,6,7,8,9,0,,,,5,6 LVDS_CTRL E0P 6 E0N 6 EP 6 EN 6 EP 6 EN 6 ECKP 6 ECKN 6 EP 6 EN 6 O0P 6 O0N 6 OP 6 ON 6 OP 6 ON 6 OCKP 6 OCKN 6 OP 6 ON 6 LVDS_CTRL 6 BL_ON/OFF 6 BL_DIMMING 6 BRIGHT_ADJ 4 INVERTER_ON_OFF 4 Backlight Brightness Control BL_DIM(PWM for Bright_Adj): Max: 0V Min: +V DV +5V_SW DV R40 NC/4K7 /6W 5% R40 K /6W 5% BL CONTROL PWM CONTROL R405 00R R40 K C40 N/C USB interface USB_DM0 USB_DP0 USB_PWR_OCP0 USB_PWR_EN0 USB_DM0 6 USB_DP0 6 USB_PWR_OCP0 5 USB_PWR_EN0 5 R40 NC/4K7 /6W 5% BL_DIMMING R406 4K7 /6W 5% R405 00R /0W 5% Q40 PMBT904 BRIGHT_ADJ C40 NC/0uF 0V DC CONTROL 5K6 K 0U Backlight ON/OFF Control USB.0 USB_DP0 USB_DM0 BAV99 D405 +5V_STB R4 0R05 /6W R44 0R05 /6W BAV99 D CN0 BackLight_SW: BackLight on: Low BackLight off: High R40 4K7 /6W 5% DV DVSB R407 NC/KOHM /0W R409 NC/0K /6W 5% +5V_SW DV R408 K /6W 5% INVERTER_ON_OFF INVERTER ON/OFF V R407 N/C R408 K +5V_SW TH4050 PTCR t FB404 0R/000mA + C405 00UF 6V 5 USB CONN R/T H:0.5MM DIP 088G5F6BACL(Changling) BL_ON/OFF R404 4K7 /6W 5% Q40 PMBT904 C40 NC/uF 0V 5V K N/C C406 NC/0U 6V USB_PWR_EN0 U05 NC/STMPS7STR 5 IN OUT GND 4 USB_PWR_OCP0 EN FAULT R46 NC/4K7 /6W 5% R45 C407 NC/0U 6V C408 NC/00N 6V R47 NC/0K /6W 5% NC/4K7 /6W 5% DV 5

116 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK. DVB-C+T_DEMOD MT55 / CI DVB-C/T DEMOD MT55 M_CI_INCLK M_CI_INDATA6 CI_A M_CI_INDATA7 CI_A7 M_CI_OUTCLK CI_A6 CI_RESET CI_A5 CI_WAIT# CI_A4 CI_A 55_DV CI_REG# 55_DV0 CI_A M_CI_OUTVALID CI_A M_CI_OUTSYNC CI_A0 M_CI_OUTDATA0 CI_D0 M_CI_OUTDATA CI_D M_CI_OUTDATA CI_D CI_CD# CI_INT 55_DV HDMI_SW_CTRL HDMI_SW_CTRL USB_PWR_OCP0 CI_OCP USB_PWR_EN0 U0 M_CI_INDATA5 M_CI_INVALID M_CI_INDATA4 CI_IREQ# M_CI_INDATA CI_WE# 55_DV PAD_A PAD_A6 PAD_A 9 PAD_READY PAD_A5 99 PAD_A4 00 PAD_A 0 PAD_A5 0 PAD_A7 0 PAD_VS_ 04 PAD_A6 05 PAD_PCMCIA_RESET 06 PAD_A5 07 PAD_WAIT_ 08 PAD_A4 09 PAD_A 0 DGND DVDD PAD_REG_ DGND0 4 DVDD0 5 PAD_A 6 PAD_BVD 7 PAD_A 8 PAD_BVD 9 PAD_A0 0 PAD_D8 PAD_D0 PAD_D9 PAD_D 4 PAD_D0 5 PAD_D 6 PAD_CD_ 7 PAD_CI_INT 8 DGND DVDD SPI_CLE SPI_DATA SPI_CLK PVR_TSDATA PVR_TSDATA0 PVR_TSCLK DEMOD_TSDATA0 DEMOD_TSSYNC DEMOD_TSVAL DEMOD_TSCLK RF_AGC_T M_CI_INDATA CI_A4 M_CI_INDATA CI_A M_CI_INDATA0 CI_A8 M_CI_INSYNC CI_A9 CI_IOWR# CI_A CI_IORD# CI_OE# CI_VS# CI_A PAD_A PAD_WE_ DGND DVDD PAD_A0 PAD_A4 PAD_A9 PAD_A PAD_A8 DVDD0 DGND0 PAD_A8 PAD_A7 PAD_A9 PAD_IOWR_ PAD_A PAD_IORD_ PAD_OE_ PAD_VS_ PAD_A0 DGND DVDD PAD_CE_ PAD_D5 PAD_D7 PAD_D4 PAD_D6 PAD_D PAD_SPI_CLE PAD_SPI_DATA PAD_SPI_CLK PAD_PVR_TS_DATA PAD_PVR_TS_DATA0(TS_ERR) PAD_PVR_TS_SYNC(TS_DATA7) PAD_PVR_TS_VAL(TS_DATA6) PAD_PVR_TS_CLK(TS_DATA5) PAD_CI_TS_DATA0(TS_DATA4) PAD_CI_TS_SYNC(TS_DATA) PAD_CI_TS_VAL(TS_DATA) PAD_CI_TS_CLK(TS_DATA) DGND DVDD PAD_DEMOD_TS_DATA0(TS_DATA0) PAD_DEMOD_TS_SYNC(TS_SYNC) PAD_DEMOD_TS_VAL(TS_VAL) PAD_DEMOD_TS_CLK(TS_CLK) PAD_MT55_RST DVDD0 AVDD_PLL AVDD_RSSI PAD_ADIN0 AVSS_RSSI PAD_TN PAD_TP AVDD_DEMOD_ AVSS_DEMOD_ PAD_XTALI AVSS_XTAL PAD_XTALO AVDD_XTAL R85 55_DV0 MT55 55_DV RP005 0M /0W +/-5% 47 OHM /6W 5% DEMOD_RST 55_DV0 55_AV AVDD_ RSSI C9 0pF 50V RSSI TP00 55_DV TN TP CI_CE# M_CI_OUTDATA7 CI_D7 M_CI_OUTDATA6 CI_D6 M_CI_OUTDATA5 AVDD_ XTALI 64 PAD_D5 6 PAD_D 6 PAD_D4 6 PAD_D 60 PAD_D 59 PAD_CD_ 58 PAD_CHIP_CTRL 57 PAD_S_TS_DATA7 56 PAD_S_TS_DATA6 55 PAD_S_TS_DATA5 54 PAD_S_TS_DATA4 5 PAD_S_TS_DATA 5 PAD_S_TS_DATA 5 PAD_S_TS_DATA 50 DVDD 49 DGND 48 PAD_S_TS_DATA0 47 AD_S_TS_VAL PPAD_S_TS_SYNC 46 PAD_S_TS_CLK 45 PAD_RF_AGC 44 PAD_IF_AGC 4 PAD_TUNER_CLK 4 PAD_TUNER_DATA 4 40 DVDD0 R86 7.5M /0W 5% 9 AVSS0_5 AVDD_IFPGA 8 AVDD_DEMOD 7 PAD_IFPGA_INP 6 PAD_IFPGA_INN 5 4 AVSS_DEMOD_ PAD_EXT_CLKSEL XTALO AVDD_ MT55AE R84 CI_PWR_EN 0R05 /6W CI_D5 M_CI_OUTDATA4 CI_D4 M_CI_OUTDATA CI_D CI_CD# PAD_CHIP_CTRL 55_DV RF_AGC_55 MT55_CLK MT55_DATA 55_DV0 MT55AD+ MT55AD- AVDD_4 55_AV R6 AVDD_ NC/4K7 /6W 5% R66 4K7 /6W 5% :Differential 0:Single end DEMOD_RST 55_DV R9 0K /6W 5% C40 NC/47N 6V X'TAL for MT55 R58 4K7 /6W 5% R60 0R05 /6W Panasonic Tuner LG Tuner 4 X00 7MHz C8 P 50V C9 P 50V R59 RF_AGC_H RF_AGC_Control NC/0K /6W 5% R85 0M 470K R86 7.5M 0K C NC/47N 6V XTALI XTALO CI interface +5V_SW C5 0U 6V 5 R8 4K7 /6W 5% 55_DV 55_DV R50 R5 R5 0K /0W 5% CI_VS# 0K /6W 5% 0K /0W 5% R55 0K /6W 5% CI_CE# CI_CD# CI_CD# CI_VCC C C R5 0K /0W 5% CI_WAIT# 00N 6V 00N 6V R54 NC/0K /0W 5% CI_OUTCLK R56 0K /6W 5% CI_IREQ# M_CI_INVALID R65 R /6W 5% CI_INVALID M_CI_INSYNC R74 R /6W 5% CI_INSYNC M_CI_INDATA0 R79 R /6W 5% CI_INDATA0 M_CI_INDATA R80 R /6W 5% CI_INDATA M_CI_INDATA R87 R /6W 5% CI_INDATA M_CI_INDATA R88 R /6W 5% CI_INDATA M_CI_INDATA4 R89 R /6W 5% CI_INDATA4 M_CI_INDATA5 R90 R /6W 5% CI_INDATA5 M_CI_INDATA6 R77 R /6W 5% CI_INDATA6 M_CI_INDATA7 R78 R /6W 5% CI_INDATA7 M_CI_INCLK M_CI_OUTVALID R64 R /6W 5% CI_OUTVALID M_CI_OUTSYNC R67 R /6W 5% CI_OUTSYNC M_CI_OUTDATA0 R68 R /6W 5% CI_OUTDATA0 M_CI_OUTDATA R69 R /6W 5% CI_OUTDATA M_CI_OUTDATA R70 R /6W 5% CI_OUTDATA M_CI_OUTDATA R7 R /6W 5% CI_OUTDATA M_CI_OUTDATA4 R7 R /6W 5% CI_OUTDATA4 M_CI_OUTDATA5 R7 R /6W 5% CI_OUTDATA5 M_CI_OUTDATA6 R75 R /6W 5% CI_OUTDATA6 M_CI_OUTDATA7 R76 R /6W 5% CI_OUTDATA7 M_CI_OUTCLK 4 IN EN 55_DV Function (Internal CI) CI Interface U006 G550MTU R9 47R /6W 5% R9 47R /6W 5% CI_OUTCLK C0 0pF 50V CI Bus Power Control CI_PWR_EN OUT GND OC CI_OCP C4 0pF 50V R8 4K7 /6W 5% DV CI_INCLK Closed to PCMCIA CLOSE TO CI CONNECTOR C6 00N 6V SMD/040 Closed to Main Chip 0U 6V C7 FB006 0R/000mA R8 0K /6W 5% CI_VCC + C8 NC/00UF 6V +5V_SW DV AV GND 4,5,6,7,8,9,0,,,,4,6 TS output to Mt565 (Serial) DEMOD_TSCLK DEMOD_TSVAL DEMOD_TSCLK 6 DEMOD_TSSYNC DEMOD_TSVAL 6 DEMOD_TSDATA0 DEMOD_TSSYNC 6 DEMOD_TSDATA0 6 CI_INT RF_AGC_H IF input from Tuner DEMOD_RST USB_PWR_EN0 USB_PWR_OCP0 HDMI_SW_CTRL HDMI_SW_CTRL SPI to MT565 SPI_CLK SPI_DATA SPI_CLE TUNER_CLK TUNER_DATA +5V_SW 4,5,7,0,,,4 DV 4,5,6,7,8,9,,,4 AV 5,6 Demod/Tuner Control RF_AGC_Control RF_AGC_T MT55AD- MT55AD+ GPIO Control IC to DEMODMN8847 CI_INT 6 RF_AGC_Control 6 RF_AGC_T 6 RF_AGC_H 6,6 MT55AD- 6 MT55AD+ 6 DEMOD_RST 6 USB_PWR_EN0 4 USB_PWR_OCP0 4 HDMI_SW_CTRL HDMI_SW_CTRL SPI_CLK 6 SPI_DATA 6 SPI_CLE 6 TUNER_CLK 6 TUNER_DATA 6 DV & AV for MT55 DV0 for MT55 PCMCIA 5V Slot DV FB07 0R/600mA FB0 0R/600mA FB06 0R/600mA FB04 0R/600mA FB0 0R/600mA AVDD_ C NC/0uF 6.V C NC/0uF 6.V C6 NC/0uF 6.V AV C7 00N 6V AVDD_ C8 00N 6V AVDD_ C5 NC/0uF 6.V C4 0UF 6.V X5R +-0% C09 00N 6V FB05 0R/600mA C9 00N 6VAVDD_4 C0 00N 6V 55_AV C7 NC/0uF 6.V C0 00N 6V C 00N 6V C 00N 6V C6 00N 6V C5 00N 6V C 00N 6V 55_DV C4 00N 6V +5V_SW C00 UF6V C0 00N 6V Change to.v for MT55 IC from Tuner TUNER_CLK From Tuner TUNER_DATA Q50 N700 DV R50 NC/0R05 /6W R50 NC/0R05 /6W R7 4K7 /6W 5% U05 IN GND SHDN DV OUT SET G94TU 5 4 R7 4K7 /6W 5% R70 0R05 /6W R7 55_DV0 R94 C C08 C04 0UF 6.V X5R +-0% 00N 6V 00N 6V.K /6W % R95 K % /6W Vo=.0 x (+K/K) =.V MT55_CLK MT55_DATA To MT55 CI_VCC CI_VCC CI_D CI_D4 CI_D5 CI_D6 CI_D7 CI_CE# CI_A0 CI_OE# CI_A CI_A9 CI_A8 CI_A CI_A4 CI_WE# CI_IREQ# CI_INVALID CI_INCLK CI_A CI_A7 CI_A6 CI_A5 CI_A4 CI_A CI_A CI_A CI_A0 CI_D0 CI_D CI_D CN59 GND GND 5 6 D CD# 7 4 D4 D 8 5 D5 D 9 6 D6 D 40 7 D7 D4 4 8 CE# D5 4 9 A0 CE# 4 0 OE# /VS A /IORD 44 A9 /IOWR A8 A A A A4 A WE# A RDY/BSY A 8 VCC VCC 5 PCMCIA 5 9 VPP VPP 5 0 A6 A 54 A5 A 55 A A4 56 A7 A A6 /VS 58 5 A5 RESET 59 6 A4 WAIT# 7 A INPACK A REG# 6 9 A BVD 6 0 A0 BVD 64 D0 D8 65 D D9 66 D D WP CD# GND GND 68 JACK CI_CD# CI_OUTDATA CI_OUTDATA4 CI_OUTDATA5 CI_OUTDATA6 CI_OUTDATA7 CI_CE# CI_VS# CI_IORD# CI_IOWR# CI_INSYNC CI_INDATA0 CI_INDATA CI_INDATA CI_INDATA CI_INDATA4 CI_INDATA5 CI_INDATA6 CI_INDATA7 CI_OUTCLK CI_RESET CI_WAIT# CI_REG# CI_OUTVALID CI_OUTSYNC CI_OUTDATA0 CI_OUTDATA CI_OUTDATA CI_CD# CI_VCC CI_VCC R/T H:0.5MM DIP 088G 5009A P(Plastron) N700 Q500 DV 0R05 /6W IC level shift 6

117 . DVB-T+C TUNER LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK TUNER +5V for Tuner +5V_TUNER +5V_TUNER 5 +5V_TUNER GND 4,5,6,7,8,9,0,,,,4,5 TU0 FB04 ENV57U09D5F +B active ANT +B RF-AGC Monitor NC 5 6 BT Monitor 9 SCL SDA 0 IF Monitor IF AGC IFD-out 4 IFD_out TH4 TH TH TH V_VCC RF_AGC_T TT_SCL TT_SDA IF_AGCT DIF_OUT DIF_OUT +5V_VCC C0 00N 6V GND_TunerGND_Tuner IC for Tuner 0R/600mA C0 0uF 0V Tuner IF output MT55AD- MT55AD+ TU_FAT_IN+ TU_FAT_IN- MT55AD- 5 MT55AD+ 5 TU_FAT_IN+ 6 TU_FAT_IN- 6 GND_Tuner +5V_TUNER Tuner Control TU0 5 4 TH4 TH TH TH N/C N/C(P) N/C RF AGC 4 5 +B(5V) SDA 6 7 SCL N/C 8 N/C 9 0 DIF(+) DIF(-) RF_AGC_T +5V_VCC TT_SDA TT_SCL IF_AGCT DIF_OUT DIF_OUT IC Rising time TT_SCL TT_SDA C00 9pF 50V GND_Tuner R0 4K7 /0W 5% 00R /6W 5% R R 00R /6W 5% C0 9pF 50V R 4K7 /0W 5% TUNER_CLK TUNER_DATA TUNER_CLK TUNER_DATA IF_AGC RF_AGC_H RF_AGC_T RF_AGC_Control TUNER_CLK 5 TUNER_DATA 5 IF_AGC 6 RF_AGC_H 6,5 RF_AGC_T 5 RF_AGC_Control 5 GND_Tuner NC/TDTK-G7D RF_AGC_Control Close to MT55 From DEMOD MN8847 R6 00K /6W 5% RF_AGC_T GND_Tuner C UF 0V R7 0K /6W 5% RF_AGC_S Q008 NC/BC857C R8 0R05 /6W RF_AGC_H From MT565 IF_AGCT R4 NC/0K /6W 5% C04 NC/47N6V SMD/040 GND_Tuner NEAR MT565 R5 IF_AGC 0K /6W 5% From MT565 C05 47N6V SMD/040 BPF 妮 絬荷秖 ǐlayer ぃ璶 ǐbottom differential pair, 癸嘿单 GND_Tuner C C4 56P 50V DIF_OUT DIF_OUT 56P 50V 0N 50V C09 0N 50V C R4 0R05 /6W 0P 50V C R7 0R05 /6W C07 5P6 50V L05 0.UH L050 0.uH 0% L05 0.UH C6 5P6 50V NC/0.uH 0% L05 0P 50V C08 NC/0P 50V C C5 0P 50V C0 C4 0N 50V 0N 50V R9 5R /6W % R R 5R /6W % R4 NC/0R05 /6W NEAR CHIP R4 R8 TU_FAT_IN+ 5R /6W % 0N 50V C7 MT55AD- R0 0R05 /6W To DVB-C/T DEMOD MT55 50R /6W % 0N 50V C8 MT55AD+ TU_FAT_IN- 5R /6W % To MT565 R 0R05 /6W Panasonic Tuner LG Tuner R8 5R 80R R4 5R 80R R 50R 75R C06 470N 47N Q008 NC BC857C R8 0R NC 7

118 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK [] POWER SCHEMATIC DIAGRAM (for 9 and ). POWER 75G4584-P0-W ~64V 5*00mm!!!! RV990 TVR45KFAOZF R9900 BD990! TS4B06G-09 C995 00PF/50V C995 00PF/50V C907 47UF 450V +!! R950 00KOHM +-5% /8W + C97 47UF 450V 4 R90 0K OHM /W IC90 HV OTP HV 8 COMP CS VCC 6 5 GNDOUT LD7750RGR C99 00N 50V R97 00KOHM +-5% WS D904 N448W R98 00 OHM /4W!! + C90 uf 50VFR0 J99 JUMPER HQ90 D90 R99 0 OHM ZD906 P6KE50A! R90 K OHM!! C95 00PF/ KV D90 FR07 HOT COLD R95. OHM /4W FB905 BEAD Q90 P070ATF! 5 4 C95 50PF KV T90 POWER X'FMR R900 OHM /4W R9600 OHM /4W R9700 OHM /4W R9000 OHM /4W R90500 OHM /4W R90400 OHM /4W C90 C9 D905 N 50V N 50V SRF060 HD905 Heatsink C96 C98.nF 00V C904.nF 00V D90.nF 00V + C90 MBRF050CT 000uF 5V L904.5uH + C9 470uF 0V L90.5uH R94 0 OHM /4W + C94 70UF 5V + C9 470uF 0V ZD90 P6KE5A +5.V +6V C97 00N 50V C90 00N 50V ON/OFF DIM CN90 フ 独 卷 4 卷 5 堵 6 堵 7 堵 屡 STB C98 00N 50V CONN M4 5% /W C uF/50V!!! C uF/50V C uF/50V R90.M /4W R9 MOHM +-5% /4W! C PF/50V(NC) C995! 00PF/50V(NC) R99 5K /4W SG990 SPG-0M-LF! L990 4 MH RV990! SG990 SPG-0M-LF R907.M /4W R9.M /4W C95 0N 50V C9 0P 50V Q90 PMBS904 R OHM /4W C96 0P 50V! 4 IC90 EL87M(X) R96 40 OHM R9.K +-5%/8W R98 6.K OHM +-% /8W R949 KOHM +-% /8W R9 KOHM +-% /8W t! FB990 BEAD TH990 7R 4A TVR456KFAOZF R99 80K /4W C NF 05V R994 80K /4W!! J990 JUMPER(NC) R997 80K /4W! FB990 BEAD ZD904 MTZJ6.B! TVR456KFAOZF RV990 R908 40K /8W C99 0N 5V Q90 RK700FD5T6 R94 K /0W R95 0R4 5% W R OHM /8W ZD90 RLZ6.B C96 00N 50V IC90 AS4AN-E R9.5K /8W R9 K6 /8W % R90 75 OHM /4W Q908 RK700FD5T6 R946 K /8W R948 C940 0K OHM 00N 50V CONN CN990 F990 FUSE.5A 50V! N L 4! F990 FUSE.5A 50V! SG990 DA8-45M! ONLY NAFTA USE 8

119 . LED DRIVER LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK +6V R85 0R05 /4W ON/OFF R K /8W R8509 0K /8W R oHM % /4W R850 C850 0N 50V C85 47UF 5V LDR R8507 0K +-5% /8W OVP R R850 4R7 +-5% /8W C N 50V R OHM +-% /4W R8506 0oHM 50K /8W 5% C850 LDR 00PF 50V 4 L850 47UH S S S G ISEN4 ISEN4 ISET 4 OVP 5 RT 6 ENA 7 ISW 8 LDR VREF Q850 D D D D4 PA0BV IC850 OZ9998BGN R85 0 OHM % /8W C854 90P 50V ISEN ISEN ISEN 6 ISEN GND 5 4 ISEN ISEN PWM SSTCMP STATUS 0 VIN 9 D850 SR0-4 ISEN ISEN ISEN C8506 0PF 50V R85 0R05OHM/8W R854 0R05OHM/8W R855 R859 K /8W 0R05 /4W STATUS R85 OHM +-5% /8W R85 M /8W 5% 9" used 4k " & 4" used 0k ISEN ISEN ISEN4 C8509 OVP R854 4K /8W % ISEN FB906 BEAD FB907 BEAD 0N 50V C8508 0PF 50V +6V C N 50V ONLY 9" USE ISEN4 ISEN ISEN R850 0ohm +/-% /8W + C85 4.7UF 00V R855 ohm % /4W R856 ohm % /4W R857 OHM +-5% /8W R858 OHM +-5% /8W Vlb Vlb ONLY " USE ISEN4 CN850 CONN ONLY 9" USE CONN CN850 ONLY " USE 00KOHM +-5% /8W STATUS C850 U 6V C85 00N 50V C850.UF DIM R850 0K /8W R850 00K /8W C8504 N 50V 9

120 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK POWER SCHEMATIC DIAGRAM (for 6 ). POWER 75G46-PA-W ~64V 70*0mm R998 0 OHM /4W HOT COLD! T90 POWER X'FMR R90 00 OHM /4W R90 00 OHM /4W R90 00 OHM /4W C90 470PF L90.5uH D98 SR0 + C UF 50V R977 0 OHM +-5% WS ZD907 P6KE4A +4V FB985 75R W6RH.5X0X.0 J907 JUMPER +4V_A +4V_B BD990 KBJ408G-F! SG9904 SPG-0LB-LF C uF/50V! RV990! L MH!! TVR45KFAOZF R96.M /4W 4 IC90 OTP HV 8 HV COMP CS VCC 6 5 GNDOUT LD7750RGR R940 R +-5% /4W C96 00PF KV Q905 STP0NK70ZFP R9 00 OHM /4W R94 00 OHM /4W R94 00 OHM /4W D90 MBRF000CT C UF 50V C9 470PF R95 00R /8W 5% R9 56K /8W +/-% C945 U 5V(NC) 4 AO44 Q907 S D 8 S D 7 S D 6 G D 5 + R94 47K +-5% /8W C94 4.7UF 50V R947 47K OHM /4W C94 00N 50V FB9904 BF-L500W-768 R K BEAD FB990 FB990 BEAD C990 C uF/50V J9906 JUMPER 0.00uF/50V R99 00 OHM /4W! R K!!! JUMPER J990 C UF 450V SG9905 SPG-0LB-LF C UF 450V R904 00KOHM +-5% /8W + C904 47UF 450V C99 00N 50V R97 00KOHM +-5% WS R90 0K OHM /W D904 C959 U 5V(NC) N448W + C9 R98 M /4W 5% D905 R90 47UF 50VFR0 C94 0P 00V(NC) 0 OHM /8W HQ905 ZD906 P6KE50A R94 K OHM /4W C uF/500V D90 FR07 FB905 BF-L500W C PF/50V!! C995 00PF/50V D90 SRF060 HD90 + C90 470uF 0V + C908 C UF 50V00N 50V L90.5uH R9 6.8KOHM +-% /8W C9 470uF 6V R C UF 50V R9 0 OHM +-5% WS ZD90 P6KE4A Q906 RK700FD5T6 穝糤 MOS 秨闽 R949 47K +-5% /8W R95 0K /8W 5% +5.V + C90 00uF 5V(NC) SG990 SPG-0LB-LF C997 0NF L990 4!! MH C994 0NF RV990 TVR456KFAOZF R996 M4 5% /W R K! R98.M /4W SG990 R97 SPG-0LB-LF.M /4W ZD904 RLZ6.B C95 0N 50V R908 40K 5% C98 0P 50V C9 0N 5V Q904 PMBS904 R909 Q90 RK700FD5T6 R99 K /0W 470 OHM /4W C96 0P 50V R96 0R9 5% W! 4 IC90 EL87MA R906 00R /8W 5% ZD90 RLZ6.B R9 K /8W C9 0NF 50V R96 K /8W KIA4A-AT/P 056G 58 IC90 K /8W % R95 0R05/8W Q908 RK700FD5T6 R97.6KOHM +-% /8W R950 70R % C94 0.uF 50V R945 KOHM +-5% /6W R946 KOHM +-5% /6W R948 0K /8W 5% PS_ON NTCR t NR990! F990 FUSE L N 4! CN990 CONN J990 JUMPER! FB990 BEAD F990 FUSE ONLY NAFTA USED! RV990 TVR45KFAOZF(NC)! SG990 DA8-45M(NC) R940 KOHM +-5% /6W +4V R940 0K /8W D940 SR500 + C UF 50V C940 8pF 50V(NC) C uF 50V C9409 N 50V R9407.5K /8W R9408 C940 0 OHM 0nF50V IC940 9 Thermal Pad 8 SW BST EN VIN 7 4 COMP FREQ 6 FB GND 5 MP584EN R9406 0K /8W C94 uf 50V C94 uf 50V R OHM % C nF 50V R940 8.OHM % L940 47UH D940 SM60B FB940 BEAD + C UF 5V R9404 0KOHM +-% /8W JUMPER J998 FB9905 BF-L500W-768 C N 50V +V +4V_B C944 00N 50V 堵堵 R944 堵 0 OHM +-5% /8W 堵堵 DET 厚 ON/OFF フ DIM 独 CONN AUO LED P.0mm CN90 ON/OFF DIM +V +4V_A PS_ON +5.V C99 00N 50V C98 00N 50V フ 独 卷 卷 0 堵 9 堵 8 堵 厚 4 屡 屡 CONN CN905 P.0mm C940 00N 50V PS_ON C9406 NC 瞒 IC 璶 R9405.4KOHM +-% /8W 0

121 . jump wire LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK J908 JUMPER J990 JUMPER J9904 JUMPER J9905 JUMPER J9908 JUMPER J9907 JUMPER J9909 JUMPER J990 JUMPER J99 JUMPER J99 JUMPER J99 JUMPER J994 JUMPER J995 JUMPER J996 JUMPER M GND TERMINAL M GND TERMINAL M GND TERMINAL M4 GND TERMINAL

122 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK POWER SCHEMATIC DIAGRAM (for )..AC+PFC B+ D980 BD990 TS6B06G-0 + FB980 60R N5408-7! 5 6 L UH D98 SF8G-4X0 FB98 BF-L500W-768 VCC R9 M % + C980 47UF 450V + C UF 450V + C UF 450V 400V HBD C NF R980 68K +-5% /8W C98 00PF KV R9 M % VCC D98 RB60M-60TE5 FB98 BF-L500W-768 R94 M % C985 0N 5V C986 U 6V R988 K /8W 5% R989 4K /8W 5% IC980 INV VCC 8 COMP GATE 7 4 MOT GND 6 CS ZCD 5 FAN696SZ R98 00R /8W 5% + C987 0UF 50V C98 00N 50V R980 OHM +-5% /8W C980 5P 50V Q980 Q980 BC847C TKA60U R98 5K +-5% /8W / AC transient on-off change to R HQ980 R OHM R KOHM +-% /8W R98 C984 N 50V R KOHM +-% /8W FB990 BEAD FB990 BEAD C98 470P 50V 0R /8W 5% R980 R R-NC0.5R R984 50K /8W +/-% RV990! TVR45KFAOZF SG9905 SPG-0M-LF SG990 SPG-0M-LF! R990 00K /4W!! C uF/50V!! MH 4 L990 C990 0NF 05V C uF/50V MH 4 L990 RV990 TVR45KFAOZF R990 00K /4W! R990 00K /4W!!!!! C990 0NF 05V SG9906 SPG-0M-LF C uF/50V SG990 SPG-0M-LF NAFTA 诀贺 only Vac CN800 CONN LED LED LED LED4 L80 5uH + C UF 60V +LED +V +VLED +4Vsnd EU 诀贺 only CN Wire Harness ENA DIM C95 00N 50V C94 00N 50V STB +5.V フ 独 卷 4 卷 5 堵 6 堵 7 堵 η 屡 屡 CN900 Wire Harness +VLED ENA DIM NAFT 诀贺 095G 80X9 EU 诀贺 095G 80X9 t TH990 SCK0R55LSY TH990 SCK0R55LSY t F990 FUSE! R9900 MOHM +-5% /W-NC! T4.0AL/50V F990 UDA-A004(PF) T4.0AH/50V! RV990 Varistor-NC EU 诀贺 NC!! SG9907 DA8-45MT-AF-M-NC! N 4 L CN990 CONN

123 .. Standby 400V LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Vac C9 500PF ZD900 BZX79-C9V VCC R900 0K /4W D90 N448 Q9 MMBT907A IC90 S S S S S S TOP64VG D90 N448 R K +-5% /8W D 6 NC 5 4 F C X V R97 K /8W 5% R95 0K OHM +-5% /8W C9 0N 50V HV R90 4K /8W 5% R96 4K +-5% /8W BC857C Q9 C uF 50V R90 R90 0K /4W-NC 0K /4W-NC R906 0K /4W-NC ZD94 MTZJ T-7 4B R99 0K OHM +-5% /8W + C96 FR0 00UF 5V R994 8K +-5% /8W C9 00N 50V C94 00PF D9 ZD90 BZT5-B9V ZD9 P6KE0A D90 UF4007 R95 4R7 /4W 5% R OHM + C90 UF 50V! C990 C995.NF 50V-NC.NF 50V-NC R9 47 OHM /4W ZD9 BZT5-B6V!! 4!! HOT COLD C99.NF 50V T90 POWER X'FMR IC9 EL87M(X) 4 5! C996.NF 50V R94 47 OHM /4W D90 SRF060 HD90 R90 00R /6W 5% R9 K /8W % R99 K /8W 5% C9 00N 50V R99 K OHM +-5% /8W IC90 AS4AN-E C97 N 50V + C90 470uF 0V C98 N 50V L90 R9 6K9 /8W % + Coil C90 470uF 0V R94 7K /8W % R9 0 OHM +-5% /8W Q95 RK700FD5T6 Q94 BC847C + C90 470uF 6V HOT COLD 4 C99 00N 50V IC9 EL87M(X)! +5.V R98 K5 /8W 5% Q9 RK700FD5T6 R90 00R /6W 5% R9 K OHM +-5% /8W R9 0K OHM +-5% /8W C95 0N 50V R95 00KOHM +-5% /8W PROTEC STB C904 uf 6V

124 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK.. Main power R90 K /8W 5% R9 K /8W 5% VCC R9 K4 /8W % C9 00N 50V C90 00N 50V 400V C94 00N 50V + C9 4.7UF 50V R94 0. ohm C PF-NC C95 4U7 5V C96 00P 50V R9 K OHM +-5% /8W-NC C940 U 5V IC9 Vsen NC 8 Vcc NC 7 FB VGH 6 GND VS 5 Css VB 4 OC NC RC NC Reg VGL RV COM 0 SSC95S-TL D9 SS050 D9 SS050 R94 680OHM +-5% /8W R98 47OHM +-5% /8W R97 47OHM +-5% /8W D90 UF4007 R940 0 OHM +-5% /8W R95 00OHM +-5% /8WC97 00PF KV N 50V HQ9 R94 0R /8W 5% C94 Q9 U 5V SK4097LS 9.5A/500V R99 0K OHM +-5% /8W C94 00PF KV-NC R96 0K OHM +-5% /8W C98 C95 00PF KV-NC Q9 SK4097LS 9.5A/500V C99 0pF/KV 5 ZD90 MTZJ T-7 5B T9 C94 NF-NC HD D9 SR0 D9 SR06 R968 4K7 +-5% /8W C9 000UF 50V + C98 00UF 50V C94 N 500V C90 00UF 50V + C94 R948 70UF 5V 00K D9 C99 SR06 00UF 50V +4Vsnd! POWER X'FMR C945 R957 R958 D94 00UF 50V 00K 00K SR0 C946 NF D9 MBRF000CT C9 000UF 50V + + C9 000uF 5V L9 Coil L9 Coil R944 00K R949 00K R945 00K ZD9 MTZJ T-7 5B D95 BAV70 ZD9 MTZJ T-7 0B +4V +V!! FB90 C997 C99 NF 50VNF 50V R OHM /4W HEAT SINK-NC 4 IC9 EL87M(X)! C944 00N 50V R965 R964 K5 +-% /8W K OHM +-5% /8W R96 K /8W % R988 47K /8W % PROTEC! C999 BEAD! C994 ZD9 BZT5-B5S-NC IC9 AS4AN-E R969 K /8W 5% R966 K /8W %.NF 50V.NF 50V R967 60R % 4

125 [] KEY SCHEMATIC DIAGRAM LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK CB00 VOL- TOUCH PAD 7 VOL- TOUCH PAD 7 TOUCH PAD 7 TOUCH PAD 7 CB00 CB00 CB004 VOL+ CH- CH+ VOL+ CH- CH+ C00 N50V VSB C00 00nF 5V VOL- R R /6W % VSB KEY KEY STB_TRIGGER SCL SDA C007 0uF 0V CN00 CONN CB005 INPUT 560R /6W % R00 POWER VOL+ R R /6W % TOUCH PAD 7 INPUT U00 CH- R R /6W % CB006 MENU CH+ R R /6W % TOUCH PAD 7 TOUCH PAD 7 CB007 POWER MENU POWER 560R /6W % 560R /6W % R00 INPUT R00 MENU PWM0 PWM 4 P[5] P[] IC SCL IC SDA P0[] P0[] P0[7] Vdd P[] P[] Vss P[0] P0[4] XRES 0 P[4] 9 P[] RESET R008 0R05 /6W CG76AM SDA SCL STB_TRIGGER (For CH+/ CH- /VOL+ /VOL-) R009 0K+-5%/6W PWM0 R00 0K+-5%/6W KEY STB_TRIGGER: C UF 0V C UF 0V Sleeping mode : Low (For POWER/ MENU/ INPUT) Normal mode: High R0 0K+-5%/6W PWM R0 0K+-5%/6W KEY Sleeping Normal C UF 0V C UF 0V 5

126 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK [4] IR SCHEMATIC DIAGRAM(for 9, and 6 ) DVSB 0R05 /0W R UMC/4996F/TR8 LED_K LED CN LED_B >< IR_in ----><---- DVSB C00 00N 50V R00.KOHM /0W R00 NC/0K /0W 5% DVSB Q00 BC847C CONN 5P.5MM LOCK R005 K7 /0W 5% C00 NC/00P 50V R OHM /0W C00 UF6V ---->< ><---- U00 VCC GND VOUT IRM-68TF6 6

127 IR SCHEMATIC DIAGRAM(for ) LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK DVSB R00 0R05 /0W 50-5UMC/4996F/TR8 LED_K LED CN CONN 5P.5MM LOCK LED_B >< IR_in ----><---- DVSB C00 00N 50V R00.KOHM /0W R00 NC/0K /0W 5% R005 K7 /0W 5% C00 NC/00P 50V DVSB Q00 BC847C R OHM /0W C00 UF6V ---->< ><---- U00 VCC GND VOUT IRM-68TF6 CN00 B CN00 B4 C00 D4 C00 D C00 C Q00 B4 R00 A4 R00 B R005 C R006 C4 R007 B U00 C4 7

128 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK CHAPTER 9. PARTS GUIDE [] SPARE PARTS LIST Model: LC-9LE40E(AUO)(E9BANBAKXPNNS) Item TPV Code Number SHARP NC Description Quantity 0 705TZASK7 9JR BEZEL ASSY TZASK7 9JR REAR COVER ASSY TZA46 9JR BASE ASSY TZB5005 9JR BRACKET _Side_IO ASSY TZA46 9JR COVER _NECK ASSY 98 Z5G805 9JR INSULATING PLATE _Power 99 Z5G806 9JR INSULATING PLATE _Scaler 00 0QT JR SCREW x QG JR SCREW 4 0 0MT JR SCREW *6MM 0 0MT GP 9JR SCREW 4 x MT JR SCREW M*6x6 6 Z40G 084A 9JR RATING LABEL 0 G40GN A 9JR CARTON LABEL 5 705TZA4CD 9JR DFU ASSY(Western Europe)( North Europe) 6 705TZA4CB 9JR DFU ASSY(Eastern Europe) 450 P44G9084 B 9JR CARTON 45 P44G900 9JR CUSHION EPS _TOP 45 P44G900 9JR CUSHION EPS _BTM 45 P45G JR PE BAG(560X mm) 504 P40TD0008 9A 9JR family sheet 505 P40TD0008A 9JR FAMILY SHEET TBU85XD4HN000 9JR LCD M85XW0 VDS0 WH AUO 054 ADTVB4060PA 9JR POWER PCB ASSY 056 IRPFBAA 9JR IR PCB ASSY 057 KEPFBAA 9JR KEY PCB ASSY 7 089G04A5NLS 9JR POWER CORD.5M PE8C5ZB90A-04B GRABDNESPJ 9JR REMOTE SHARP RC-SHARP G05A 8 M 9JR SPEAKER 6 OHM.5W 80X 0/ G05A 8 Y 9JR SPEAKER 6 OHM.5W 80X 80/ G804D978 9JR HARNESS P-7P+5P 40mm+80mm G804X978 9JR HARNESS P-7P+5P 40mm+80mm G8080D90 9JR HARNESS 0P-0P 50mm FQE00I G8080X90 9JR HARNESS 0P-0P 50mm LVDSXTF G80 4X 0 9JR HARNESS AC INLET-4P 40mm S-POWERTW G80 4D 0 9JR HARNESS AC INLET-4P 40mm FQE00I G80 4F 0 9JR HARNESS AC INLET-4P 40mm GZ9SK0 9JR Handle ASSY 05 CBPFB4OBP 9JR MAIN PCB Assy with TUNER(Panasonic tuner) 05 CBPFB4OBP4 9JR MAIN PCB Assy with TUNER(LG tuner) 0 TU0 094GPASEALL7M 9JR TUNER ENV57U09D5F EUROP(Panasonic) C00 065G0400K A 9JR CAP 040 0NF 50V X7R C00 065G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C00 065G0400K A 9JR CAP 040 0NF 50V X7R C G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C G0400K A 9JR CAP 040 0NF 50V X7R C G K A 9JR CAP UF 0% 6V X5R C G K A 9JR CAP UF 0% 6V X5R C G040470J Y 9JR CAP CHIP pF 50V NPO +/-5% C00 065G04047K A 9JR CAP CHIP nF K 6V X7R C0 065G0400K A 9JR CAP 040 0NF 50V X7R C0 065G0400K A 9JR CAP 040 0NF 50V X7R C0 065G0400K A 9JR CAP 040 0NF 50V X7R C04 065G040470J Y 9JR CAP CHIP pF 50V NPO +/-5% C06 065G040470J Y 9JR CAP CHIP pF 50V NPO +/-5% C09 065G06047J A 9JR CAP CHIP PF J 50V NPO C0 065G06047J A 9JR CAP CHIP PF J 50V NPO C0 065G06047J A 9JR CAP CHIP PF J 50V NPO 8

129 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C04 065G06047J A 9JR CAP CHIP PF J 50V NPO C5 065G06005K A 9JR CAP 060 UF 0% 6V X7R C5 065G0405K A 9JR CAP CHIP 040.5NF K 50V X7R C5 065G0400K A 9JR CAP 040 0NF 50V X7R C54 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C55 065G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C56 065G0400K A 9JR CAP 040 0NF 50V X7R C57 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C58 065G0400K A 9JR CAP 040 0NF 50V X7R C59 065G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C60 065G04004K A 9JR CAP CHIP nF K 6V X7R C6 065G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C6 065G0400K A 9JR CAP 040 0NF 50V X7R C6 065G K A 9JR CAP UF 0% 6V X5R C64 065G0400K A 9JR CAP 040 0NF 50V X7R C65 065G K A 9JR CAP UF 0% 6V X5R C66 065G0400K A 9JR CAP 040 0NF 50V X7R C67 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C68 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C69 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C70 065G0405K A 9JR CAP CHIP 040.5NF K 50V X7R C7 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C7 065G0400K A 9JR CAP 040 0NF 50V X7R C7 065G0400K A 9JR CAP 040 0NF 50V X7R C74 065G0400K A 9JR CAP 040 0NF 50V X7R C75 065G0400K A 9JR CAP 040 0NF 50V X7R C76 065G0400K A 9JR CAP 040 0NF 50V X7R C77 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C78 065G K A 9JR CAP UF 0% 6V X5R C79 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C80 065G K A 9JR CAP UF 0% 6V X5R C8 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C8 065G04004K A 9JR CAP CHIP nF K 6V X7R C8 065G0600J A 9JR CAP 060 PF 50V NPO C84 065G04047K A 9JR CAP CHIP nF K 6V X7R C85 065G060470J A 9JR CAP CHIP pF J 50V NPO C86 065G0400K A 9JR CAP 040 0NF 50V X7R C89 065G060475A5K Y 9JR CAP UF 0% 0V X5R C00 065G06005K A 9JR CAP 060 UF 0% 6V X7R C0 065G04004K A 9JR CAP CHIP nF K 6V X7R C04 065G04004K A 9JR CAP CHIP nF K 6V X7R C08 065G04004K A 9JR CAP CHIP nF K 6V X7R C09 065G04004K A 9JR CAP CHIP nF K 6V X7R C0 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C4 065G04004K A 9JR CAP CHIP nF K 6V X7R C5 065G04004K A 9JR CAP CHIP nF K 6V X7R C6 065G04004K A 9JR CAP CHIP nF K 6V X7R C7 065G04004K A 9JR CAP CHIP nF K 6V X7R C8 065G04004K A 9JR CAP CHIP nF K 6V X7R C9 065G04004K A 9JR CAP CHIP nF K 6V X7R C0 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C4 065G04000D A 9JR CAP CHIP 040 0PF D 50V NPO C5 065G K A 9JR CAP UF 0% 6V X5R C6 065G04004K A 9JR CAP CHIP nF K 6V X7R C7 065G K A 9JR CAP UF 0% 6V X5R C9 065G04000D A 9JR CAP CHIP 040 0PF D 50V NPO C0 065G04000D A 9JR CAP CHIP 040 0PF D 50V NPO C 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C4 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C8 065G0400J Y 9JR CAP CHIP 040 P 50V NP0 +/-5% C9 065G0400J Y 9JR CAP CHIP 040 P 50V NP0 +/-5% C00 065G04090J A 9JR CAP CHIP 040 9PF J 50V NPO 9

130 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C0 065G04090J A 9JR CAP CHIP 040 9PF J 50V NPO C0 065G04004K A 9JR CAP CHIP nF K 6V X7R C0 065G080506A5K A 9JR CAP UF 0% 0V X5R C05 065G04047K A 9JR CAP CHIP nF K 6V X7R C06 065G040474A5K Y 9JR CAP CHIP UF K 0V X5R C07 065G060569D A 9JR CAP PF 0.5pF 50V NP0 C08 065G060J A 9JR CAP CHIP 060 0PF J 50V NPO C09 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C0 065G0400K A 9JR CAP 040 0NF 50V X7R C 065G060J A 9JR CAP CHIP 060 0PF J 50V NPO C 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C4 065G0400K A 9JR CAP 040 0NF 50V X7R C5 065G060J A 9JR CAP CHIP 060 0PF J 50V NPO C6 065G060569D A 9JR CAP PF 0.5pF 50V NP0 C7 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C8 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C 065G060560J A 9JR CAP CHIP PF J 50V NPO C4 065G060560J A 9JR CAP CHIP PF J 50V NPO C GR0CT 9JR EC SMD 00UF 0% 6V ZV 6.*5.5 C G K A 9JR CAP UF 0% 6V X5R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C45 065G04004K A 9JR CAP CHIP nF K 6V X7R C45 065G K A 9JR CAP UF 0% 6V X5R C45 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C46 065G060475A5K Y 9JR CAP UF 0% 0V X5R C46 065G04004K A 9JR CAP CHIP nF K 6V X7R C46 065G K A 9JR CAP UF 0% 6V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G CT 9JR EC SMD 0UF 0% 6.V 6.*7.7 C G04004K A 9JR CAP CHIP nF K 6V X7R C47 065G04004K A 9JR CAP CHIP nF K 6V X7R C47 065G K A 9JR CAP UF 0% 6V X5R C47 065G04047K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C48 065G04004K A 9JR CAP CHIP nF K 6V X7R C48 065G04004K A 9JR CAP CHIP nF K 6V X7R C48 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R 0

131 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C49 067G CT 9JR EC SMD 0UF 6V HV 6.*7.7 C49 065G04004K A 9JR CAP CHIP nF K 6V X7R C49 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G060475A5K Y 9JR CAP UF 0% 0V X5R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G K A 9JR CAP UF 0% 6V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C45 065G06005K A 9JR CAP 060 UF 0% 6V X7R C45 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G0605A5K Y 9JR uF 0V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G0404A5K A 9JR CAP 040 0nF K 0V X5R C G06070J A 9JR CAP CHIP 060 7PF J 50V NPO C46 065G06070J A 9JR CAP CHIP 060 7PF J 50V NPO C46 065G0404A5K A 9JR CAP 040 0nF K 0V X5R C50 065G080506A5K A 9JR CAP UF 0% 0V X5R C50 065G06005K A 9JR CAP 060 UF 0% 6V X7R C50 065G04004K A 9JR CAP CHIP nF K 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G0404A5K A 9JR CAP 040 0nF K 0V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C50 065G04004K A 9JR CAP CHIP nF K 6V X7R C5 065G0404A5K A 9JR CAP 040 0nF K 0V X5R C5 065G04004K A 9JR CAP CHIP nF K 6V X7R C5 065G04004K A 9JR CAP CHIP nF K 6V X7R C54 065G04004K A 9JR CAP CHIP nF K 6V X7R C55 065G04004K A 9JR CAP CHIP nF K 6V X7R C60 065G06004K A 9JR CAP CHIP nF K 50V X7R C60 065G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C60 065G K A 9JR CAP UF 0% 6V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G K A 9JR CAP UF 0% 6V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G060475A5K Y 9JR CAP UF 0% 0V X5R C GC4704CT 9JR EC SMD 47UF 0% 5V JV 6.*7.7 C G04004K A 9JR CAP CHIP nF K 6V X7R C60 065G06005K A 9JR CAP 060 UF 0% 6V X7R C6 065G K A 9JR CAP UF 0% 6V X5R C6 065G K A 9JR CAP UF 0% 6V X5R C6 065G K A 9JR CAP UF 0% 6V X5R C64 065G K A 9JR CAP UF 0% 6V X5R C65 065G060475A5K Y 9JR CAP UF 0% 0V X5R C66 065G K A 9JR CAP UF 0% 6V X5R C67 065G06005K A 9JR CAP 060 UF 0% 6V X7R C68 065G K A 9JR CAP UF 0% 6V X5R C69 065G K A 9JR CAP UF 0% 6V X5R C60 065G040J A 9JR MLCC 040 0pF 50V NPO +-5%

132 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C6 065G040J A 9JR MLCC 040 0pF 50V NPO +-5% C6 065G06005K A 9JR CAP 060 UF 0% 6V X7R C6 065G0400J A 9JR CAP 040 PF J 50V NPO C64 065G K A 9JR CAP UF 0% 6V X5R C65 065G0605A5K Y 9JR uF 0V X5R C66 065G0400J A 9JR CAP 040 PF J 50V NPO C68 065G0400J A 9JR CAP 040 PF J 50V NPO C G K A 9JR CAP UF 0% 6V X5R C65 065G04004K A 9JR CAP CHIP nF K 6V X7R C65 065G04004K A 9JR CAP CHIP nF K 6V X7R C65 065G0400K A 9JR CAP 040 0NF 50V X7R C G06004K A 9JR CAP CHIP nF K 50V X7R C G06004K A 9JR CAP CHIP nF K 50V X7R C G 7CT 9JR EC SMD 0UF 0% 50V HV 0*0.5 C G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C G0400K A 9JR CAP 040 NF K 50V X7R C G0400K A 9JR CAP 040 NF K 50V X7R C G0400K A 9JR CAP 040 NF K 50V X7R C66 065G08054K A 9JR CAP NF 0% 50V X7R C66 065G08054K A 9JR CAP NF 0% 50V X7R C66 065G060470J A 9JR CAP CHIP pF J 50V NPO C G040J A 9JR MLCC 040 0pF 50V NPO +-5% C G0400K A 9JR CAP 040 NF K 50V X7R C G040J A 9JR MLCC 040 0pF 50V NPO +-5% C G0400J A 9JR CAP 040 PF J 50V NPO C G060470J A 9JR CAP CHIP pF J 50V NPO C G0400J A 9JR CAP 040 PF J 50V NPO C G K A 9JR CAP UF 0% 6V X5R C67 065G06005K A 9JR CAP 060 UF 0% 6V X7R C67 065G04004K A 9JR CAP CHIP nF K 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G AK 9JR CAP CHIP 4.7UF 0V X7R +/- 0% C G08054K A 9JR CAP NF 0% 50V X7R C G060K A 9JR CAP 060.NF K 50V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C68 065G06005K A 9JR CAP 060 UF 0% 6V X7R C68 065G K A 9JR CAP UF 0% 6V X5R C68 065G060K A 9JR CAP CHIP 060 nf K 50V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G060K A 9JR CAP CHIP 060 nf K 50V X7R C G K A 9JR CAP UF 0% 6V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06047K A 9JR CAP CHIP NF K 50V X7R C69 065G060K A 9JR CAP CHIP 060 nf K 50V X7R C69 065G K A 9JR CAP UF 0% 6V X5R C69 065G06047K A 9JR CAP CHIP NF K 50V X7R C G04047K A 9JR CAP CHIP nF K 6V X7R C G06004K A 9JR CAP CHIP nF K 50V X7R C G04047K A 9JR CAP CHIP nF K 6V X7R C G08054K A 9JR CAP NF 0% 50V X7R C G060K A 9JR CAP CHIP 060 nf K 50V X7R C G 4CT 9JR EC SMD 0UF 5V HV 8*0.5 C70 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C70 067G5H47 C 9JR EC 470UF 0% 0V SY 8*9 C70 065G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G0400J A 9JR CAP 040 PF J 50V NPO C G04004K A 9JR CAP CHIP nF K 6V X7R C G K A 9JR CAP UF 0% 6V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C70 065G0400J A 9JR CAP 040 PF J 50V NPO C7 065G04004K A 9JR CAP CHIP nF K 6V X7R C7 065G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C7 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C74 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R

133 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C75 065G06004K A 9JR CAP CHIP nF K 50V X7R C76 065G06004K A 9JR CAP CHIP nF K 50V X7R C77 065G04004K A 9JR CAP CHIP nF K 6V X7R C78 065G04004K A 9JR CAP CHIP nF K 6V X7R C79 065G080506A5K A 9JR CAP UF 0% 0V X5R C70 065G040K A 9JR CAP CHIP 040.NF K 50V X7R C7 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C7 065G040K A 9JR CAP CHIP 040.NF K 50V X7R C7 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C74 065G080506A5K A 9JR CAP UF 0% 0V X5R C75 065G080506A5K A 9JR CAP UF 0% 0V X5R C76 065G04004K A 9JR CAP CHIP nF K 6V X7R C77 065G06005K T 9JR CAP CHIP 060 uf K 5V X7R C78 065G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C79 065G080506A5K A 9JR CAP UF 0% 0V X5R C70 067GRCT 9JR EC SMD 0UF 0% 6V ZV 6.*7.7 C7 065G M A 9JR CAP 0805 UF 0% 6.V X5R C7 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C7 065G0400K A 9JR CAP 040 0NF 50V X7R C74 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C75 065G0400K A 9JR CAP 040 0NF 50V X7R C76 065G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C75 067GR0CT 9JR EC SMD 00UF 0% 6V ZV 6.*5.5 C75 065G06005K A 9JR CAP 060 UF 0% 6V X7R C G060475A5K Y 9JR CAP UF 0% 0V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G066A5K T 9JR CAP CHIP06 uf K 0V X5R C G066A5K T 9JR CAP CHIP06 uf K 0V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C76 065G K A 9JR CAP UF 0% 6V X5R C76 065G K A 9JR CAP UF 0% 6V X5R C G K A 9JR CAP UF 0% 6V X5R CN0 088G5FFFXCH 9JR D-SUB CONN SCREWED 5P BLUE - CN0 088G0FGVCL 9JR PHONE JACK V/T P GREEN H=8.4 CN0 088G5F6BAYG 9JR USB CONN A TYPE R/A 6P BLACK H=8.4 CN 088G 78F5XCL 9JR RCA JACK V/T 6P G/BL/R * H=8.6 CN6 088G 78FXYG 9JR RCA JACK V/T 4P W/R * H=8.6 CN7 088G 78FVYG 9JR RCA JACK V/T P BLACK * H=8.6 CN6 088G 78GACL 9JR RCA JACK 6P R/A Y/W/R H * H=0.5 CN5 088G55FLBVYG 9JR SCART CONN V/T P BLACK H=8.6 CN5 088G 78FXCL 9JR RCA JACK V/T 6P Y/W/R * H=8.6 CN59 088G 5009A VA 9JR PCMICA CARD R/A 68P BLACK H=9.4 CN40 0G80B YH L 9JR WAFER.0MM P CN G5F9MXCH 9JR D-SUB CONN SCREWED 9P BLACK - CN408 0T80 0 X 9JR CON. V *5P M.5 SM S-0SVA-R CN50 088G 40A VT 9JR HDMI HEADER P + PCS SCREW HOLE CN G 40A VT 9JR HDMI HEADER P + PCS SCREW HOLE CN60 GW50B04ABX 9JR WAFER.5mm 4P W45-04RVA-S0-A CN60 088G 0K 9JR PHONE JACK 7PIN CN70 GW50BABX 9JR WAFER.5mm P W45-RVA-S0-A D054 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D055 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D056 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D057 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D058 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D059 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D060 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D06 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D06 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D06 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D064 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D065 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D066 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D50 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D5 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D5 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D5 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD

134 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK D54 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D55 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D56 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D57 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D58 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D59 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D60 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D6 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D6 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D6 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D64 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D65 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D G 64S 9JR switching diode BAV99 D405 09G 64S 9JR switching diode BAV99 D45 09G 64S 9JR switching diode BAV99 D45 09G 64S 9JR switching diode BAV99 D455 09G 64S 9JR switching diode BAV99 D50 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D506 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D507 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D508 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D509 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D50 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D5 09G JR DIO SIG SM BAT54C(PHSE)R D60 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D604 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D605 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D606 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD FB006 07G 56A M 9JR CHIP BEAD R/000mA FB0 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB0 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB04 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB05 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB06 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB07 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB04 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB05 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB05 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB054 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB5 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB5 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB5 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB54 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB55 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB56 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB57 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB58 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB59 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB60 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB404 07G 56A M 9JR CHIP BEAD R/000mA FB405 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB406 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB45 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB45 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB50 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB50 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB504 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB505 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB606 07G 56A M 9JR CHIP BEAD R/000mA FB607 07G 56A M 9JR CHIP BEAD R/000mA FB608 07G 56A M 9JR CHIP BEAD R/000mA FB70 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB70 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB705 07G 56A M 9JR CHIP BEAD R/000mA FB706 07G 56A M 9JR CHIP BEAD R/000mA FB707 07G 56A M 9JR CHIP BEAD R/000mA FB708 07G 56A M 9JR CHIP BEAD R/000mA 4

135 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK FB75 07G 56A M 9JR CHIP BEAD R/000mA L00 07G 689 TA 9JR CHIP INDUCTOR U8 0% FCI608F-R8K L00 07G 689 TA 9JR CHIP INDUCTOR U8 0% FCI608F-R8K L050 07G 68 TA 9JR CHIP INDUCTOR UH +-0% 0.8R L05 07G 68 T 9JR CHIP INDUCTOR 0.UH 0% MLF608DRKT L05 07G 68 T 9JR CHIP INDUCTOR 0.UH 0% MLF608DRKT L60 07G 5990 H 9JR CHOKE COIL 47UH 0% L470S HA L60 07G 5990 H 9JR CHOKE COIL 47UH 0% L470S HA L60 07G 5990 H 9JR CHOKE COIL 47UH 0% L470S HA L604 07G 5990 H 9JR CHOKE COIL 47UH 0% L470S HA L70 07G5S 96 M 9JR SMD CHOKE.5UH 0% 0.05R 9A L70 07G5S 96 M 9JR SMD CHOKE.5UH 0% 0.05R 9A Q05 057G JR DIGITAL TR DTC6TK SMT Q06 057G JR DIGITAL TR DTC6TK SMT Q50 057G JR SMALLTRAN BC847C SOT- Q5 057G JR TRA FET N700 SOT- PHILIPS Q5 057G JR TRA FET N700 SOT- PHILIPS Q57 057G JR SMALLTRAN BC847C SOT- Q G JR TRA FET N700 SOT- PHILIPS Q50 057G JR TRA FET N700 SOT- PHILIPS Q40 057G 47 8 T 9JR PMBT904 SOT- Q40 057G 47 8 T 9JR PMBT904 SOT- Q50 057G JR SMALLTRAN BC847C SOT- Q50 057G JR SMALLTRAN BC847C SOT- Q G JR SMALLTRAN BC847C SOT- Q G JR SMALLTRAN BC847C SOT- Q G JR SMALLTRAN BC847C SOT- Q60 057G 47 8 T 9JR PMBT904 SOT- Q60 057G 47 8 T 9JR PMBT904 SOT- Q60 057G 4059 T 9JR BC857C Q G 47 8 T 9JR PMBT904 SOT- Q65 057G 47 8 T 9JR PMBT904 SOT- Q65 057G 47 8 T 9JR PMBT904 SOT- Q65 057G 47 8 T 9JR PMBT904 SOT- Q70 057G JR SMALLTRAN BC847C SOT- Q70 057G 76 9JR MOS Si540DC-T-GE 0V/6A Q70 057G JR SMALLTRAN BC847C SOT- Q G JR SMALLTRAN BC847C SOT- Q G 76 9JR MOS Si540DC-T-GE 0V/6A Q75 057G 76 9JR MOS Si540DC-T-GE 0V/6A Q75 057G JR SMALLTRAN BC847C SOT- R00 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R00 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R00 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R004 06G JI 9JR RST R 5% /6W R005 06G JI 9JR RST R 5% /6W R006 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R007 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R008 06G JI 9JR RST R MAX /6W R009 06G JI 9JR RST R MAX /6W R00 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G JI 9JR RST R MAX /6W R0 06G JI 9JR RST R MAX /6W R0 06G JI 9JR RST R MAX /6W R04 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R05 06G0405 JI 9JR RST 040 5K 5% /6W R06 06G JI 9JR RST R MAX /6W R07 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R08 06G JI 9JR RST R 5% /6W R09 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R00 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G JI 9JR RST R MAX /6W R04 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R07 06G JI 9JR RST R MAX /6W R08 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R09 06G JI 9JR RST R MAX /6W 5

136 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R00 06G04047 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G JI 9JR RST R MAX /6W R5 06G JI 9JR RST R MAX /6W R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R5 06G JI 9JR RST R 5% /6W R54 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R55 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R56 06G JI 9JR RST R 5% /6W R57 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R58 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R59 06G JI 9JR RST R 5% /6W R6 06G JI 9JR RST R 5% /6W R6 06G04080 JI 9JR RST 040 8R 5% /6W R64 06G JI 9JR RST R 5% /6W R65 06G04080 JI 9JR RST 040 8R 5% /6W R66 06G JI 9JR RST R 5% /6W R67 06G04080 JI 9JR RST 040 8R 5% /6W R68 06G JI 9JR RST R MAX /6W R69 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R70 06G JI 9JR RST R 5% /6W R7 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R7 06G JI 9JR RST R MAX /6W R7 06G JI 9JR RST R 5% /6W R74 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R75 06G JI 9JR RST R 5% /6W R76 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R77 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R78 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R8 06G JI 9JR RST R MAX /6W R8 06G JI 9JR RST R MAX /6W R84 06G040400FI 9JR RST R % /6W R85 06G040000FI 9JR RST R % /6W TA-I R86 06G JI 9JR RST R MAX /6W R87 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R88 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R89 06G JI 9JR RST R MAX /6W R90 06G JI 9JR RST R MAX /6W R9 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R9 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R9 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R94 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R95 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R96 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R97 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R98 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R99 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R00 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R04 06G0600 JI 9JR RST R 5% /0W TA-I R05 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R06 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R09 06G JI 9JR RST R MAX /6W R0 06G JI 9JR RST R MAX /6W R 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R4 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R50 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R55 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R56 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I 6

137 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R58 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R60 06G JI 9JR RST R MAX /6W R64 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R65 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R66 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R67 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R68 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R69 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R70 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R74 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R75 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R76 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R77 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R78 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R79 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R80 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R8 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R8 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R8 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R84 06G JI 9JR RST R MAX /6W R85 06G06006 JI 9JR60000 RST CHIP R 0M /0W 5% TA-I R86 06G JI 9JR RST M 5% /0W TA-I R87 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R88 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R89 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R90 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R9 06G JI 9JR RST R 5% /6W R9 06G JI 9JR RST R 5% /6W R9 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R94 06G0400FY 9JR RST CHIP.K /6W % R95 06G0400FI 9JR TEST ONLY RST 040 K % /6W TA-I R7 06G JI 9JR RST R MAX /6W R8 06G040509FI 9JR RST 040 5R % /6W TA-I R9 06G040509FI 9JR RST 040 5R % /6W TA-I R0 06G JI 9JR RST R MAX /6W R 06G040500FI 9JR TEST ONLY RST CHIP 50R /6W % TA-I R 06G040509FI 9JR RST 040 5R % /6W TA-I R 06G JI 9JR RST R MAX /6W R0 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R6 06G04004 JI 9JR TEST ONLY RST K 5% /6W TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R8 06G JI 9JR RST R MAX /6W R4 06G JI 9JR RST R MAX /6W R4 06G040509FI 9JR RST 040 5R % /6W TA-I R70 06G JI 9JR RST R MAX /6W R7 06G JI 9JR RST R MAX /6W R7 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R7 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R40 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R404 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R405 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R406 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R408 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R40 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R40 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R40 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R40 06G JI 9JR RST R MAX /6W R404 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R405 06G JI 9JR RST R MAX /6W R406 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I 7

138 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R407 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R408 06G040400FI 9JR RST R % /6W R40 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G JI 9JR RST R MAX /6W R44 06G JI 9JR RST R MAX /6W R450 06G JI 9JR RST R MAX /6W R45 06G JI 9JR RST R 5% /6W R45 06G JI 9JR RST R MAX /6W R45 06G JI 9JR RST R MAX /6W R454 06G JI 9JR RST R MAX /6W R455 06G JI 9JR RST R MAX /6W R456 06G JI 9JR RST R MAX /6W R457 06G JI 9JR RST R MAX /6W R458 06G JI 9JR RST R MAX /6W R459 06G JI 9JR RST R MAX /6W R460 06G JI 9JR RST R MAX /6W R46 06G JI 9JR RST R MAX /6W R46 06G JI 9JR RST R MAX /6W R46 06G JI 9JR RST R MAX /6W R464 06G JI 9JR RST R MAX /6W R465 06G JI 9JR RST R MAX /6W R466 06G JI 9JR RST R MAX /6W R467 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R468 06G FI 9JR TEST ONLY RST R % /6W TA-I R469 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R470 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R47 06G04050FI 9JR60000 TEST ONLY RST K % /6W TA-I R47 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R47 06G JI 9JR RST R MAX /6W R474 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R475 06G JI 9JR RST R MAX /6W R476 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R477 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R478 06G0400FI 9JR TEST ONLY RST 040.K % /6W TA-I R479 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R48 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R48 06G040 JI 9JR RST 040 0R 5% /6W TA-I R48 06G040 JI 9JR RST 040 0R 5% /6W TA-I R40 06G0405 JI 9JR RST 040 5K 5% /6W R40 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R40 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R404 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R405 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R406 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R407 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R408 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R40 06G JI 9JR RST R MAX /6W R4 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R4 06G JI 9JR RST R MAX /6W R44 06G0400 JI 9JR RST 040 R 5% /6W TA-I R45 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R46 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R47 06G04004 JI 9JR TEST ONLY RST K 5% /6W TA-I R48 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R49 06G JI 9JR RST R MAX /6W R40 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R4 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R4 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R4 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R44 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R45 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R46 06G JI 9JR RST R MAX /6W R47 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R49 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I 8

139 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R40 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G0400FY 9JR RST CHIP.K /6W % R4 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G040680FT 9JR RST CHIPR 6K8 +-% /6W TZAI YUAN R47 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R49 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R44 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R44 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R44 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R444 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R445 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R447 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R50 06G JI 9JR RST R MAX /6W R50 06G0407 JI 9JR60000 RST 040 7K 5% /6W R504 06G JI 9JR RST R MAX /6W R58 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R59 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R50 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R54 06G0400 JI 9JR RST 040 R 5% /6W TA-I R55 06G JI 9JR RST K 5% /6W TA-I R56 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R57 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R58 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R59 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R50 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R5 06G JI 9JR RST K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R5 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R54 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R55 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R56 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R57 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R58 06G0400 JI 9JR RST 040 R 5% /6W TA-I R59 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R54 06G040800FT 9JR RST CHIP 80R /6W % TZAI YUAN R545 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R546 06G04040FI 9JR RST K % /6W R547 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R548 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R549 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R550 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R55 06G040809FT 9JR60000 RST 040 8R % /6W R55 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R55 06G04004 JI 9JR TEST ONLY RST K 5% /6W TA-I R554 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R555 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R564 06G JI 9JR RST R MAX /6W R569 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R570 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R57 06G040000FI 9JR RST R % /6W TA-I R57 06G040000FI 9JR RST R % /6W TA-I R57 06G040000FI 9JR RST R % /6W TA-I R574 06G040000FI 9JR RST R % /6W TA-I R575 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R576 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R577 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R60 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R60 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R604 06G04050FI 9JR TEST ONLY RST 040 5K % /6W TA-I R605 06G06000 JI 9JR TEST ONLY RST 060 0R 5% /6W TA-I R607 06G04050FI 9JR TEST ONLY RST 040 5K % /6W TA-I R60 06G06080FT 9JR RST 060 8K % /0W R6 06G06080FT 9JR RST 060 8K % /0W R6 06G04045FI 9JR RST K % /6W TA-I R6 06G04045FI 9JR RST K % /6W TA-I 9

140 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R64 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R66 06G JI 9JR RST R MAX /6W R67 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R68 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R69 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R60 06G JI 9JR RST R MAX /6W R6 06G0400 JI 9JR RST 040 R 5% /6W TA-I R6 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R66 06G0400 JI 9JR RST 040 0K 5% /6W R67 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R68 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R60 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R6 06G JI 9JR TEST ONLY RST R MAX /6W TA-I R6 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R64 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R65 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R67 06G0400 JI 9JR RST 040 0K 5% /6W R640 06G04004 JI 9JR TEST ONLY RST K 5% /6W TA-I R64 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R64 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R644 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R646 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R647 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R650 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R65 06G04000 JI 9JR RST 040 0R 5% /6W TA-I R65 06G04000 JI 9JR RST 040 0R 5% /6W TA-I R654 06G04000 JI 9JR RST 040 0R 5% /6W TA-I R655 06G0400 JI 9JR RST 040 R 5% /6W TA-I R656 06G0400 JI 9JR RST 040 R 5% /6W TA-I R657 06G0400 JI 9JR RST 040 R 5% /6W TA-I R66 06G0408FY 9JR RST CHIP 8.K /6W % YAGEO R66 06G0400 JI 9JR RST 040 R 5% /6W TA-I R66 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R665 06G FI 9JR60000 RST R % /6W R666 06G FI 9JR60000 RST R % /6W R667 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R668 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R669 06G04000 JI 9JR RST 040 0R 5% /6W TA-I R670 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R67 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R67 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R67 06G JI 9JR60000 RST R 5% /6W R674 06G JI 9JR60000 RST R 5% /6W R675 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R676 06G04040FI 9JR TEST ONLY RST 040 4K % /6W TA-I R679 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R688 06G04040FI 9JR TEST ONLY RST 040 4K % /6W TA-I R689 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R69 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R69 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R70 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R70 06G0407 JI 9JR60000 RST 040.7K 5% /6W R704 06G040 JI 9JR RST 040 K 5% /6W R705 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R706 06G040 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R7 06G06000FY 9JR RST CHIP 0R % /0W R74 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R75 06G04075 JI 9JR60000 RST K 5% /6W R76 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R78 06G040000FI 9JR60000 RST CHIP 00R /6W % TA-I R79 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R70 06G0600FI 9JR RST 060 K % /0W R7 06G0400FI 9JR TEST ONLY RST 040 K % /6W TA-I R7 06G040000FI 9JR60000 RST CHIP 00R /6W % TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R75 06G04075 JI 9JR60000 RST K 5% /6W R76 06G060709FT 9JR RST CHIP 7R /0W % 40

141 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R77 06G0405 JI 9JR RST K 5% /6W R79 06G0400FI 9JR TEST ONLY RST 040 K % /6W TA-I R70 06G04000FI 9JR RST CHIP 00K /6W % TA-I R7 06G04075 JI 9JR60000 RST K 5% /6W R7 06G06000 JI 9JR RST 06 MAX0R05 5% /4W R74 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R76 06G04080FI 9JR TEST ONLY RST K % /6W TA-I R77 06G04080FI 9JR TEST ONLY RST K % /6W TA-I R75 06G0405 JI 9JR RST 040 5K 5% /6W R75 06G06000 JI 9JR RST 06 MAX0R05 5% /4W R75 06G0405 JI 9JR RST K 5% /6W R755 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R756 06G06000FY 9JR RST CHIP 0R % /0W R757 06G06009 JI 9JR RST 060 R 5% /0W R758 06G04075 JI 9JR60000 RST K 5% /6W R759 06G04090FI 9JR TEST ONLY RST 040.9K % /6W TA-I R760 06G0400FI 9JR TEST ONLY RST 040 K % /6W TA-I R76 06G0600FI 9JR RST 060 K % /0W R764 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R766 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I RP005 06G 64708JY 9JR RST CHIP 47R /6W 8P4R 5% RP40 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W RP40 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W RP404 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W RP405 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W RP406 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W TH G 56A050 WT 9JR SMD PTC 0.5A KMCS050RY 06 U G JR IC G550MTU A SOT-5 U0 056G 575 9JR DEMODULATOR MT55AE/A LQFP-8 U05 056G JR IC G94TU SOT-5 U0 056G956 9JR IC CAT4C0WI-GT SO-8 U40 056G JR SCALER MT566CAOU LQFP-56 U40 056G 654 9JR DRAM K4BG646E-HCH9 Gb FBGA-96 U TPB5600 9JR NAND Flash Assy (U405) U G JR TRANSCEIVER MAXECUE TSSOP-6 U TPB JR Serial IIC EEPROM Assy (U409) (AUO-Panas U40 056G JR IC Reset AZ809ANSTR-E SOT-.9V U G 7SB57 F 9JR IC NC7SB57P6X MAA06A SC-70 FAIRCHIL U50 056G JR Others TMDS5PAGR TQFP64 U50 056G74LS 0 9JR Logic SN74LVCG5DBVR SOT- U50 056G956 9JR IC CAT4C0WI-GT SO-8 U G956 9JR IC CAT4C0WI-GT SO-8 U60 056G JR IC DAC WM854GEDT/R TSSOP-6 WOLFSON U60 056G JR AUDIO TAS577L 0W HTQFP-48 U60 056G JR IC RC4580IPWR TSSOP8 U G 507 9JR LDO AS78LRTR-G 0.A V SOT-89 U G JR Multiplexer CD405BPWR TSSOP-6 U70 056G JR DC/DC TPS549RTER QFN-6 U70 056G JR DC/DC TPS549RTER QFN-6 U70 056G JR AZ7D-ADJTRE TO-5- U G JR AZ7D-ADJTRE TO-5- U75 056G JR IC G90T6UF 0.6A/.V SOT- U G JR IC G965-5ADJPIUF.8A SOP-8 X00 09G S9 C 9JR CRYSTAL 7MHz 0P SMD-5.0x. X450 09G S90 C 9JR CRYSTAL 7MHz 7M 0ppm 0PF ZD065 09G 9P599 T 9JR MMZ5V6B ZD066 09G 9P599 T 9JR MMZ5V6B ZD067 09G 9P599 T 9JR MMZ5V6B ZD068 09G 9P599 T 9JR MMZ5V6B ZD069 09G 9P599 T 9JR MMZ5V6B ZD070 09G 9P599 T 9JR MMZ5V6B ZD07 09G 9GA8 T 9JR RLZB ZD07 09G 9P599 T 9JR MMZ5V6B ZD50 09G 9P599 T 9JR MMZ5V6B ZD5 09G 9P599 T 9JR MMZ5V6B ZD5 09G 9P599 T 9JR MMZ5V6B ZD5 09G 9P599 T 9JR MMZ5V6B 4

142 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK ZD54 09G 9P599 T 9JR MMZ5V6B ZD55 09G 9P599 T 9JR MMZ5V6B ZD60 09G 9P599 T 9JR MMZ5V6B ZD6 09G 9P599 T 9JR MMZ5V6B ZD6 09G 9P599 T 9JR MMZ5V6B ZD6 09G 9P599 T 9JR MMZ5V6B ZD64 09G 9P599 T 9JR MMZ5V6B 4

143 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Model: LC-LE40E(AUO)(EBANBAKXPNNS) Item TPV Code Number SHARP NC Description Quantity 0 705TZA4609 9JR BEZEL ASSY TZA460 9JR REAR COVER ASSY TZA46 9JR BASE ASSY TZA50 9JR BRACKET _IO ASSY 84 0QT JR SCREW x TZA46 9JR COVER _NECK ASSY 0 0MT JR SCREW *6MM 9 0 0MT GP 9JR SCREW 4 x MT JR SCREW M*6x6 6 Z40G 084A 9JR RATING LABEL 0 G40GN A 9JR CARTON LABEL 5 705TZA4CD 9JR DFU ASSY(Western Europe)( North Europe) 6 705TZA4CB 9JR DFU ASSY(Eastern Europe) 45 P44GC0080 9JR CUSHION EPS _TOP 45 P44GC0080 9JR CUSHION EPS _BTM 45 P45G JR PE BAG(560X mm) 504 P40TD0008 9A 9JR family sheet 50 P40TD0008A 9JR FAMILY SHEET 5 P44GC00884 B 9JR CARTON TBU5HB5HN000 9JR LCD M5HW0 VBSB WH AUO 054 ADTVB4060PA 9JR POWER PCB ASSY 056 IRPFBAA 9JR IR PCB ASSY 057 KEPFBAA 9JR KEY PCB ASSY 7 089G04A5NLS 9JR POWER CORD.5M PE8C5ZB90A-04B GRABDNESPJ 9JR REMOTE SHARP RC-SHARP G05A 9 M 9JR SPEAKER 6 OHM.5W 80X 40/ G05A 9 K 9JR SPEAKER 6 OHM.5W 80X 40/ G05A 9 Y 9JR SPEAKER 6 OHM.5W 80X 40/ G804D979 9JR HARNESS P-5P+7P 0mm+00mm G804F979 9JR HARNESS P-5P+7P 0mm+00mm G8080D9 9JR HARNESS 0P-0P 70mm FQE0096I G8080F9 9JR HARNESS 0P-0P 70mm G80 4D 8 9JR HARNESS AC INLET-4P 00mm FQE0098I G80 4F 8 9JR HARNESS AC INLET-4P 00mm G80 4X 8 9JR HARNESS AC INLET-4P 00mm S-POWERTW GZ9SK0 9JR Handle ASSY 05 CBPFB4OBP8 9JR MAIN PCB ASSY with Tuner(LG TUNER) 05 CBPFB4OBP7 9JR MAIN PCB ASSY with Tuner(Panasonic TUNER) 0 TU0 094G DVB T6G 9JR TUNER EUROPE TDTK-G7D(LG) C00 065G0400K A 9JR CAP 040 0NF 50V X7R C00 065G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C00 065G0400K A 9JR CAP 040 0NF 50V X7R C G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C G0400K A 9JR CAP 040 0NF 50V X7R C G K A 9JR CAP UF 0% 6V X5R C G K A 9JR CAP UF 0% 6V X5R C G040470J Y 9JR CAP CHIP pF 50V NPO +/-5% C00 065G04047K A 9JR CAP CHIP nF K 6V X7R C0 065G0400K A 9JR CAP 040 0NF 50V X7R C0 065G0400K A 9JR CAP 040 0NF 50V X7R C0 065G0400K A 9JR CAP 040 0NF 50V X7R C04 065G040470J Y 9JR CAP CHIP pF 50V NPO +/-5% C06 065G040470J Y 9JR CAP CHIP pF 50V NPO +/-5% C09 065G06047J A 9JR CAP CHIP PF J 50V NPO C0 065G06047J A 9JR CAP CHIP PF J 50V NPO C0 065G06047J A 9JR CAP CHIP PF J 50V NPO C04 065G06047J A 9JR CAP CHIP PF J 50V NPO C5 065G06005K A 9JR CAP 060 UF 0% 6V X7R C5 065G0405K A 9JR CAP CHIP 040.5NF K 50V X7R C5 065G0400K A 9JR CAP 040 0NF 50V X7R C54 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF 4

144 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C55 065G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C56 065G0400K A 9JR CAP 040 0NF 50V X7R C57 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C58 065G0400K A 9JR CAP 040 0NF 50V X7R C59 065G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C60 065G04004K A 9JR CAP CHIP nF K 6V X7R C6 065G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C6 065G0400K A 9JR CAP 040 0NF 50V X7R C6 065G K A 9JR CAP UF 0% 6V X5R C64 065G0400K A 9JR CAP 040 0NF 50V X7R C65 065G K A 9JR CAP UF 0% 6V X5R C66 065G0400K A 9JR CAP 040 0NF 50V X7R C67 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C68 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C69 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C70 065G0405K A 9JR CAP CHIP 040.5NF K 50V X7R C7 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C7 065G0400K A 9JR CAP 040 0NF 50V X7R C7 065G0400K A 9JR CAP 040 0NF 50V X7R C74 065G0400K A 9JR CAP 040 0NF 50V X7R C75 065G0400K A 9JR CAP 040 0NF 50V X7R C76 065G0400K A 9JR CAP 040 0NF 50V X7R C77 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C78 065G K A 9JR CAP UF 0% 6V X5R C79 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C80 065G K A 9JR CAP UF 0% 6V X5R C8 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C8 065G04004K A 9JR CAP CHIP nF K 6V X7R C8 065G0600J A 9JR CAP 060 PF 50V NPO C84 065G04047K A 9JR CAP CHIP nF K 6V X7R C85 065G060470J A 9JR CAP CHIP pF J 50V NPO C86 065G0400K A 9JR CAP 040 0NF 50V X7R C89 065G060475A5K Y 9JR CAP UF 0% 0V X5R C00 065G06005K A 9JR CAP 060 UF 0% 6V X7R C0 065G04004K A 9JR CAP CHIP nF K 6V X7R C04 065G04004K A 9JR CAP CHIP nF K 6V X7R C08 065G04004K A 9JR CAP CHIP nF K 6V X7R C09 065G04004K A 9JR CAP CHIP nF K 6V X7R C0 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C4 065G04004K A 9JR CAP CHIP nF K 6V X7R C5 065G04004K A 9JR CAP CHIP nF K 6V X7R C6 065G04004K A 9JR CAP CHIP nF K 6V X7R C7 065G04004K A 9JR CAP CHIP nF K 6V X7R C8 065G04004K A 9JR CAP CHIP nF K 6V X7R C9 065G04004K A 9JR CAP CHIP nF K 6V X7R C0 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C4 065G04000D A 9JR CAP CHIP 040 0PF D 50V NPO C5 065G K A 9JR CAP UF 0% 6V X5R C6 065G04004K A 9JR CAP CHIP nF K 6V X7R C7 065G K A 9JR CAP UF 0% 6V X5R C9 065G04000D A 9JR CAP CHIP 040 0PF D 50V NPO C0 065G04000D A 9JR CAP CHIP 040 0PF D 50V NPO C 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C4 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C8 065G0400J Y 9JR CAP CHIP 040 P 50V NP0 +/-5% C9 065G0400J Y 9JR CAP CHIP 040 P 50V NP0 +/-5% C00 065G04090J A 9JR CAP CHIP 040 9PF J 50V NPO C0 065G04090J A 9JR CAP CHIP 040 9PF J 50V NPO C0 065G04004K A 9JR CAP CHIP nF K 6V X7R C0 065G080506A5K A 9JR CAP UF 0% 0V X5R C05 065G04047K A 9JR CAP CHIP nF K 6V X7R C06 065G04047K A 9JR CAP CHIP nF K 6V X7R 44

145 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C07 065G060569D A 9JR CAP PF 0.5pF 50V NP0 C08 065G060J A 9JR CAP CHIP 060 0PF J 50V NPO C09 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C0 065G0400K A 9JR CAP 040 0NF 50V X7R C 065G060J A 9JR CAP CHIP 060 0PF J 50V NPO C 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C4 065G0400K A 9JR CAP 040 0NF 50V X7R C5 065G060J A 9JR CAP CHIP 060 0PF J 50V NPO C6 065G060569D A 9JR CAP PF 0.5pF 50V NP0 C7 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C8 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C 065G060560J A 9JR CAP CHIP PF J 50V NPO C4 065G060560J A 9JR CAP CHIP PF J 50V NPO C GR0CT 9JR EC SMD 00UF 0% 6V ZV 6.*5.5 C G K A 9JR CAP UF 0% 6V X5R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C45 065G04004K A 9JR CAP CHIP nF K 6V X7R C45 065G K A 9JR CAP UF 0% 6V X5R C45 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C46 065G060475A5K Y 9JR CAP UF 0% 0V X5R C46 065G04004K A 9JR CAP CHIP nF K 6V X7R C46 065G K A 9JR CAP UF 0% 6V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G CT 9JR EC SMD 0UF 0% 6.V 6.*7.7 C G04004K A 9JR CAP CHIP nF K 6V X7R C47 065G04004K A 9JR CAP CHIP nF K 6V X7R C47 065G K A 9JR CAP UF 0% 6V X5R C47 065G04047K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C48 065G04004K A 9JR CAP CHIP nF K 6V X7R C48 065G04004K A 9JR CAP CHIP nF K 6V X7R C48 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C49 067G CT 9JR EC SMD 0UF 6V HV 6.*7.7 C49 065G04004K A 9JR CAP CHIP nF K 6V X7R 45

146 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C49 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G060475A5K Y 9JR CAP UF 0% 0V X5R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G K A 9JR CAP UF 0% 6V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C45 065G06005K A 9JR CAP 060 UF 0% 6V X7R C45 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G0605A5K Y 9JR uF 0V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G0404A5K A 9JR CAP 040 0nF K 0V X5R C G06070J A 9JR CAP CHIP 060 7PF J 50V NPO C46 065G06070J A 9JR CAP CHIP 060 7PF J 50V NPO C46 065G0404A5K A 9JR CAP 040 0nF K 0V X5R C50 065G080506A5K A 9JR CAP UF 0% 0V X5R C50 065G06005K A 9JR CAP 060 UF 0% 6V X7R C50 065G04004K A 9JR CAP CHIP nF K 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G0404A5K A 9JR CAP 040 0nF K 0V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C50 065G04004K A 9JR CAP CHIP nF K 6V X7R C5 065G0404A5K A 9JR CAP 040 0nF K 0V X5R C5 065G04004K A 9JR CAP CHIP nF K 6V X7R C5 065G04004K A 9JR CAP CHIP nF K 6V X7R C54 065G04004K A 9JR CAP CHIP nF K 6V X7R C55 065G04004K A 9JR CAP CHIP nF K 6V X7R C60 065G06004K A 9JR CAP CHIP nF K 50V X7R C60 065G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C60 065G K A 9JR CAP UF 0% 6V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G K A 9JR CAP UF 0% 6V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G060475A5K Y 9JR CAP UF 0% 0V X5R C GC4704CT 9JR EC SMD 47UF 0% 5V JV 6.*7.7 C G04004K A 9JR CAP CHIP nF K 6V X7R C60 065G06005K A 9JR CAP 060 UF 0% 6V X7R C6 065G K A 9JR CAP UF 0% 6V X5R C6 065G K A 9JR CAP UF 0% 6V X5R C6 065G K A 9JR CAP UF 0% 6V X5R C64 065G K A 9JR CAP UF 0% 6V X5R C65 065G060475A5K Y 9JR CAP UF 0% 0V X5R C66 065G K A 9JR CAP UF 0% 6V X5R C67 065G06005K A 9JR CAP 060 UF 0% 6V X7R C68 065G K A 9JR CAP UF 0% 6V X5R C69 065G K A 9JR CAP UF 0% 6V X5R C60 065G040J A 9JR MLCC 040 0pF 50V NPO +-5% C6 065G040J A 9JR MLCC 040 0pF 50V NPO +-5% C6 065G06005K A 9JR CAP 060 UF 0% 6V X7R C6 065G0400J A 9JR CAP 040 PF J 50V NPO C64 065G K A 9JR CAP UF 0% 6V X5R C65 065G0605A5K Y 9JR uF 0V X5R 46

147 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C66 065G0400J A 9JR CAP 040 PF J 50V NPO C68 065G0400J A 9JR CAP 040 PF J 50V NPO C G K A 9JR CAP UF 0% 6V X5R C65 065G04004K A 9JR CAP CHIP nF K 6V X7R C65 065G04004K A 9JR CAP CHIP nF K 6V X7R C65 065G0400K A 9JR CAP 040 0NF 50V X7R C G06004K A 9JR CAP CHIP nF K 50V X7R C G06004K A 9JR CAP CHIP nF K 50V X7R C G 7CT 9JR EC SMD 0UF 0% 50V HV 0*0.5 C G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C G0400K A 9JR CAP 040 NF K 50V X7R C G0400K A 9JR CAP 040 NF K 50V X7R C G0400K A 9JR CAP 040 NF K 50V X7R C66 065G08054K A 9JR CAP NF 0% 50V X7R C66 065G08054K A 9JR CAP NF 0% 50V X7R C66 065G060470J A 9JR CAP CHIP pF J 50V NPO C G040J A 9JR MLCC 040 0pF 50V NPO +-5% C G0400K A 9JR CAP 040 NF K 50V X7R C G040J A 9JR MLCC 040 0pF 50V NPO +-5% C G0400J A 9JR CAP 040 PF J 50V NPO C G060470J A 9JR CAP CHIP pF J 50V NPO C G0400J A 9JR CAP 040 PF J 50V NPO C G K A 9JR CAP UF 0% 6V X5R C67 065G06005K A 9JR CAP 060 UF 0% 6V X7R C67 065G04004K A 9JR CAP CHIP nF K 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G AK 9JR CAP CHIP 4.7UF 0V X7R +/- 0% C G08054K A 9JR CAP NF 0% 50V X7R C G060K A 9JR CAP 060.NF K 50V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C68 065G06005K A 9JR CAP 060 UF 0% 6V X7R C68 065G K A 9JR CAP UF 0% 6V X5R C68 065G060K A 9JR CAP CHIP 060 nf K 50V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G060K A 9JR CAP CHIP 060 nf K 50V X7R C G K A 9JR CAP UF 0% 6V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06047K A 9JR CAP CHIP NF K 50V X7R C69 065G060K A 9JR CAP CHIP 060 nf K 50V X7R C69 065G K A 9JR CAP UF 0% 6V X5R C69 065G06047K A 9JR CAP CHIP NF K 50V X7R C G04047K A 9JR CAP CHIP nF K 6V X7R C G06004K A 9JR CAP CHIP nF K 50V X7R C G04047K A 9JR CAP CHIP nF K 6V X7R C G08054K A 9JR CAP NF 0% 50V X7R C G060K A 9JR CAP CHIP 060 nf K 50V X7R C G 4CT 9JR EC SMD 0UF 5V HV 8*0.5 C70 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C70 067G5H47 C 9JR EC 470UF 0% 0V SY 8*9 C70 065G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G0400J A 9JR CAP 040 PF J 50V NPO C G04004K A 9JR CAP CHIP nF K 6V X7R C G K A 9JR CAP UF 0% 6V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C70 065G0400J A 9JR CAP 040 PF J 50V NPO C7 065G04004K A 9JR CAP CHIP nF K 6V X7R C7 065G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C7 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C74 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C75 065G06004K A 9JR CAP CHIP nF K 50V X7R C76 065G06004K A 9JR CAP CHIP nF K 50V X7R C77 065G04004K A 9JR CAP CHIP nF K 6V X7R C78 065G04004K A 9JR CAP CHIP nF K 6V X7R C79 065G080506A5K A 9JR CAP UF 0% 0V X5R 47

148 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C70 065G040K A 9JR CAP CHIP 040.NF K 50V X7R C7 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C7 065G040K A 9JR CAP CHIP 040.NF K 50V X7R C7 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C74 065G080506A5K A 9JR CAP UF 0% 0V X5R C75 065G080506A5K A 9JR CAP UF 0% 0V X5R C76 065G04004K A 9JR CAP CHIP nF K 6V X7R C77 065G060055K 9JR MLCC 060 uf 5V X5R +/-0% C78 065G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C79 065G080506A5K A 9JR CAP UF 0% 0V X5R C70 067GRCT 9JR EC SMD 0UF 0% 6V ZV 6.*7.7 C7 065G M A 9JR CAP 0805 UF 0% 6.V X5R C7 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C7 065G0400K A 9JR CAP 040 0NF 50V X7R C74 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C75 065G0400K A 9JR CAP 040 0NF 50V X7R C76 065G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C75 067GR0CT 9JR EC SMD 00UF 0% 6V ZV 6.*5.5 C75 065G06005K A 9JR CAP 060 UF 0% 6V X7R C G060475A5K Y 9JR CAP UF 0% 0V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G066A5K T 9JR CAP CHIP06 uf K 0V X5R C G066A5K T 9JR CAP CHIP06 uf K 0V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C76 065G K A 9JR CAP UF 0% 6V X5R C76 065G K A 9JR CAP UF 0% 6V X5R C G K A 9JR CAP UF 0% 6V X5R CN0 088G5FFFXCH 9JR D-SUB CONN SCREWED 5P BLUE - CN0 088G0FGVCL 9JR PHONE JACK V/T P GREEN H=8.4 CN0 088G5F6BAYG 9JR USB CONN A TYPE R/A 6P BLACK H=8.4 CN 088G 78F5XCL 9JR RCA JACK V/T 6P G/BL/R * H=8.6 CN6 088G 78FXYG 9JR RCA JACK V/T 4P W/R * H=8.6 CN7 088G 78FVYG 9JR RCA JACK V/T P BLACK * H=8.6 CN6 088G 78GACL 9JR RCA JACK 6P R/A Y/W/R H * H=0.5 CN5 088G55FLBVYG 9JR SCART CONN V/T P BLACK H=8.6 CN5 088G 78FXCL 9JR RCA JACK V/T 6P Y/W/R * H=8.6 CN59 088G 5009A VA 9JR PCMICA CARD R/A 68P BLACK H=9.4 CN40 0G80B YH L 9JR WAFER.0MM P CN G5F9MXCH 9JR D-SUB CONN SCREWED 9P BLACK - CN408 0T80 0 X 9JR CON. V *5P M.5 SM S-0SVA-R CN50 088G 40A VT 9JR HDMI HEADER P + PCS SCREW HOLE CN G 40A VT 9JR HDMI HEADER P + PCS SCREW HOLE CN60 GW50B04ABX 9JR WAFER.5mm 4P W45-04RVA-S0-A CN60 088G 0K 9JR PHONE JACK 7PIN CN70 GW50BABX 9JR WAFER.5mm P W45-RVA-S0-A D054 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D055 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D056 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D057 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D058 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D059 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D060 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D06 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D06 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D06 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D064 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D065 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D066 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D50 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D5 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D5 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D5 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D54 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D55 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D56 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D57 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D58 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD 48

149 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK D59 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D60 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D6 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D6 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D6 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D64 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D65 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D G 64S 9JR switching diode BAV99 D405 09G 64S 9JR switching diode BAV99 D45 09G 64S 9JR switching diode BAV99 D45 09G 64S 9JR switching diode BAV99 D455 09G 64S 9JR switching diode BAV99 D50 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D506 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D507 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D508 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D509 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D50 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D5 09G JR DIO SIG SM BAT54C(PHSE)R D60 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D604 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D605 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D606 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD FB006 07G 56A M 9JR CHIP BEAD R/000mA FB0 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB0 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB04 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB05 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB06 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB07 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB04 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB05 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB05 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB054 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB5 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB5 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB5 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB54 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB55 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB56 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB57 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB58 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB59 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB60 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB404 07G 56A M 9JR CHIP BEAD R/000mA FB405 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB406 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB45 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB45 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB50 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB50 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB504 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB505 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB606 07G 56A M 9JR CHIP BEAD R/000mA FB607 07G 56A M 9JR CHIP BEAD R/000mA FB608 07G 56A M 9JR CHIP BEAD R/000mA FB70 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB70 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB705 07G 56A M 9JR CHIP BEAD R/000mA FB706 07G 56A M 9JR CHIP BEAD R/000mA FB707 07G 56A M 9JR CHIP BEAD R/000mA FB708 07G 56A M 9JR CHIP BEAD R/000mA FB75 07G 56A M 9JR CHIP BEAD R/000mA L00 07G 689 TA 9JR CHIP INDUCTOR U8 0% FCI608F-R8K L00 07G 689 TA 9JR CHIP INDUCTOR U8 0% FCI608F-R8K L050 07G 68 TA 9JR CHIP INDUCTOR UH +-0% 0.8R L05 07G 68 T 9JR CHIP INDUCTOR 0.UH 0% MLF608DRKT 49

150 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK L05 07G 68 T 9JR CHIP INDUCTOR 0.UH 0% MLF608DRKT L60 07G 5990 H 9JR CHOKE COIL 47UH 0% L470S HA L60 07G 5990 H 9JR CHOKE COIL 47UH 0% L470S HA L60 07G 5990 H 9JR CHOKE COIL 47UH 0% L470S HA L604 07G 5990 H 9JR CHOKE COIL 47UH 0% L470S HA L70 07G5S 96 M 9JR SMD CHOKE.5UH 0% 0.05R 9A L70 07G5S 96 M 9JR SMD CHOKE.5UH 0% 0.05R 9A Q G 4059 T 9JR BC857C Q05 057G JR DIGITAL TR DTC6TK SMT Q06 057G JR DIGITAL TR DTC6TK SMT Q50 057G JR SMALLTRAN BC847C SOT- Q5 057G JR TRA FET N700 SOT- PHILIPS Q5 057G JR TRA FET N700 SOT- PHILIPS Q57 057G JR SMALLTRAN BC847C SOT- Q G JR TRA FET N700 SOT- PHILIPS Q50 057G JR TRA FET N700 SOT- PHILIPS Q40 057G 47 8 T 9JR PMBT904 SOT- Q40 057G 47 8 T 9JR PMBT904 SOT- Q50 057G JR SMALLTRAN BC847C SOT- Q50 057G JR SMALLTRAN BC847C SOT- Q G JR SMALLTRAN BC847C SOT- Q G JR SMALLTRAN BC847C SOT- Q G JR SMALLTRAN BC847C SOT- Q60 057G 47 8 T 9JR PMBT904 SOT- Q60 057G 47 8 T 9JR PMBT904 SOT- Q60 057G 4059 T 9JR BC857C Q G 47 8 T 9JR PMBT904 SOT- Q65 057G 47 8 T 9JR PMBT904 SOT- Q65 057G 47 8 T 9JR PMBT904 SOT- Q65 057G 47 8 T 9JR PMBT904 SOT- Q70 057G JR SMALLTRAN BC847C SOT- Q70 057G 76 9JR MOS Si540DC-T-GE 0V/6A Q70 057G JR SMALLTRAN BC847C SOT- Q G JR SMALLTRAN BC847C SOT- Q G 76 9JR MOS Si540DC-T-GE 0V/6A Q75 057G 76 9JR MOS Si540DC-T-GE 0V/6A Q75 057G JR SMALLTRAN BC847C SOT- R00 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R00 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R00 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R004 06G JI 9JR RST R 5% /6W R005 06G JI 9JR RST R 5% /6W R006 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R007 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R008 06G JI 9JR RST R MAX /6W R009 06G JI 9JR RST R MAX /6W R00 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G JI 9JR RST R MAX /6W R0 06G JI 9JR RST R MAX /6W R0 06G JI 9JR RST R MAX /6W R04 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R05 06G0405 JI 9JR RST 040 5K 5% /6W R06 06G JI 9JR RST R MAX /6W R07 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R08 06G JI 9JR RST R 5% /6W R09 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R00 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G JI 9JR RST R MAX /6W R04 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R07 06G JI 9JR RST R MAX /6W R08 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R09 06G JI 9JR RST R MAX /6W R00 06G04047 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G JI 9JR RST R MAX /6W 50

151 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R5 06G JI 9JR RST R MAX /6W R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R5 06G JI 9JR RST R 5% /6W R54 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R55 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R56 06G JI 9JR RST R 5% /6W R57 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R58 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R59 06G JI 9JR RST R 5% /6W R6 06G JI 9JR RST R 5% /6W R6 06G04080 JI 9JR RST 040 8R 5% /6W R64 06G JI 9JR RST R 5% /6W R65 06G04080 JI 9JR RST 040 8R 5% /6W R66 06G JI 9JR RST R 5% /6W R67 06G04080 JI 9JR RST 040 8R 5% /6W R68 06G JI 9JR RST R MAX /6W R69 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R70 06G JI 9JR RST R 5% /6W R7 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R7 06G JI 9JR RST R MAX /6W R7 06G JI 9JR RST R 5% /6W R74 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R75 06G JI 9JR RST R 5% /6W R76 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R77 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R78 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R8 06G JI 9JR RST R MAX /6W R8 06G JI 9JR RST R MAX /6W R84 06G040400FI 9JR RST R % /6W R85 06G040000FI 9JR RST R % /6W TA-I R86 06G JI 9JR RST R MAX /6W R87 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R88 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R89 06G JI 9JR RST R MAX /6W R90 06G JI 9JR RST R MAX /6W R9 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R9 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R9 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R94 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R95 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R96 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R97 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R98 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R99 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R00 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R04 06G0600 JI 9JR RST R 5% /0W TA-I R05 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R06 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R09 06G JI 9JR RST R MAX /6W R0 06G JI 9JR RST R MAX /6W R 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R4 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R50 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R55 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R56 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R58 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R60 06G JI 9JR RST R MAX /6W R64 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R65 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I 5

152 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R66 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R67 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R68 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R69 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R70 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R74 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R75 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R76 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R77 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R78 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R79 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R80 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R8 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R8 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R8 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R84 06G JI 9JR RST R MAX /6W R85 06G JI 9JR RST K 5% /0W R86 06G0604 JT 9JR RST CHIP R 0K +/-5% /0W TZAI YUAN R87 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R88 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R89 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R90 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R9 06G JI 9JR RST R 5% /6W R9 06G JI 9JR RST R 5% /6W R9 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R94 06G0400FY 9JR RST CHIP.K /6W % R95 06G0400FI 9JR TEST ONLY RST 040 K % /6W TA-I R7 06G JI 9JR RST R MAX /6W R8 06G040800FT 9JR RST CHIP 80R /6W % TZAI YUAN R9 06G040509FI 9JR RST 040 5R % /6W TA-I R0 06G JI 9JR RST R MAX /6W R 06G FI 9JR TEST ONLY RST R % /6W TA-I R 06G040509FI 9JR RST 040 5R % /6W TA-I R 06G JI 9JR RST R MAX /6W R0 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R6 06G04004 JI 9JR TEST ONLY RST K 5% /6W TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R4 06G JI 9JR RST R MAX /6W R4 06G040800FT 9JR RST CHIP 80R /6W % TZAI YUAN R70 06G JI 9JR RST R MAX /6W R7 06G JI 9JR RST R MAX /6W R7 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R7 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R40 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R404 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R405 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R406 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R408 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R40 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R40 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R40 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R40 06G JI 9JR RST R MAX /6W R404 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R405 06G JI 9JR RST R MAX /6W R406 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R407 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R408 06G040400FI 9JR RST R % /6W R40 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I 5

153 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R4 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G JI 9JR RST R MAX /6W R44 06G JI 9JR RST R MAX /6W R450 06G JI 9JR RST R MAX /6W R45 06G JI 9JR RST R 5% /6W R45 06G JI 9JR RST R MAX /6W R45 06G JI 9JR RST R MAX /6W R454 06G JI 9JR RST R MAX /6W R455 06G JI 9JR RST R MAX /6W R456 06G JI 9JR RST R MAX /6W R457 06G JI 9JR RST R MAX /6W R458 06G JI 9JR RST R MAX /6W R459 06G JI 9JR RST R MAX /6W R460 06G JI 9JR RST R MAX /6W R46 06G JI 9JR RST R MAX /6W R46 06G JI 9JR RST R MAX /6W R46 06G JI 9JR RST R MAX /6W R464 06G JI 9JR RST R MAX /6W R465 06G JI 9JR RST R MAX /6W R466 06G JI 9JR RST R MAX /6W R467 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R468 06G FI 9JR TEST ONLY RST R % /6W TA-I R469 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R470 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R47 06G04050FI 9JR60000 TEST ONLY RST K % /6W TA-I R47 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R47 06G JI 9JR RST R MAX /6W R474 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R475 06G JI 9JR RST R MAX /6W R476 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R477 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R478 06G0400FI 9JR TEST ONLY RST 040.K % /6W TA-I R479 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R48 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R48 06G040 JI 9JR RST 040 0R 5% /6W TA-I R48 06G040 JI 9JR RST 040 0R 5% /6W TA-I R40 06G0405 JI 9JR RST 040 5K 5% /6W R40 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R40 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R404 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R405 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R406 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R407 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R408 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R40 06G JI 9JR RST R MAX /6W R4 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R4 06G JI 9JR RST R MAX /6W R44 06G0400 JI 9JR RST 040 R 5% /6W TA-I R45 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R46 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R47 06G04004 JI 9JR TEST ONLY RST K 5% /6W TA-I R48 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R49 06G JI 9JR RST R MAX /6W R40 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R4 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R4 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R4 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R44 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R45 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R46 06G JI 9JR RST R MAX /6W R47 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R49 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R40 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G0400FY 9JR RST CHIP.K /6W % R4 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G040680FT 9JR RST CHIPR 6K8 +-% /6W TZAI YUAN R47 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I 5

154 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R49 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R44 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R44 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R44 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R444 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R445 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R447 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R50 06G JI 9JR RST R MAX /6W R50 06G0407 JI 9JR60000 RST 040 7K 5% /6W R504 06G JI 9JR RST R MAX /6W R58 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R59 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R50 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R54 06G0400 JI 9JR RST 040 R 5% /6W TA-I R55 06G JI 9JR RST K 5% /6W TA-I R56 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R57 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R58 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R59 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R50 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R5 06G JI 9JR RST K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R5 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R54 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R55 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R56 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R57 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R58 06G0400 JI 9JR RST 040 R 5% /6W TA-I R59 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R54 06G040800FT 9JR RST CHIP 80R /6W % TZAI YUAN R545 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R546 06G04040FI 9JR RST K % /6W R547 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R548 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R549 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R550 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R55 06G040809FT 9JR60000 RST 040 8R % /6W R55 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R55 06G04004 JI 9JR TEST ONLY RST K 5% /6W TA-I R554 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R555 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R564 06G JI 9JR RST R MAX /6W R569 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R570 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R57 06G040000FI 9JR RST R % /6W TA-I R57 06G040000FI 9JR RST R % /6W TA-I R57 06G040000FI 9JR RST R % /6W TA-I R574 06G040000FI 9JR RST R % /6W TA-I R575 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R576 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R577 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R60 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R60 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R604 06G04050FI 9JR TEST ONLY RST 040 5K % /6W TA-I R605 06G06000 JI 9JR TEST ONLY RST 060 0R 5% /6W TA-I R607 06G04050FI 9JR TEST ONLY RST 040 5K % /6W TA-I R60 06G06080FT 9JR RST 060 8K % /0W R6 06G06080FT 9JR RST 060 8K % /0W R6 06G04045FI 9JR RST K % /6W TA-I R6 06G04045FI 9JR RST K % /6W TA-I R64 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R66 06G JI 9JR RST R MAX /6W R67 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R68 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R69 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I 54

155 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R60 06G JI 9JR RST R MAX /6W R6 06G0400 JI 9JR RST 040 R 5% /6W TA-I R6 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R66 06G0400 JI 9JR RST 040 0K 5% /6W R67 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R68 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R60 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R6 06G JI 9JR TEST ONLY RST R MAX /6W TA-I R6 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R64 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R65 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R67 06G0400 JI 9JR RST 040 0K 5% /6W R640 06G04004 JI 9JR TEST ONLY RST K 5% /6W TA-I R64 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R64 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R644 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R646 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R647 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R650 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R65 06G04000 JI 9JR RST 040 0R 5% /6W TA-I R65 06G04000 JI 9JR RST 040 0R 5% /6W TA-I R654 06G04000 JI 9JR RST 040 0R 5% /6W TA-I R655 06G0400 JI 9JR RST 040 R 5% /6W TA-I R656 06G0400 JI 9JR RST 040 R 5% /6W TA-I R657 06G0400 JI 9JR RST 040 R 5% /6W TA-I R66 06G0408FY 9JR RST CHIP 8.K /6W % YAGEO R66 06G0400 JI 9JR RST 040 R 5% /6W TA-I R66 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R665 06G FI 9JR60000 RST R % /6W R666 06G FI 9JR60000 RST R % /6W R667 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R668 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R669 06G04000 JI 9JR RST 040 0R 5% /6W TA-I R670 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R67 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R67 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R67 06G JI 9JR60000 RST R 5% /6W R674 06G JI 9JR60000 RST R 5% /6W R675 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R676 06G04040FI 9JR TEST ONLY RST 040 4K % /6W TA-I R679 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R688 06G04040FI 9JR TEST ONLY RST 040 4K % /6W TA-I R689 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R69 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R69 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R70 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R70 06G0407 JI 9JR60000 RST 040.7K 5% /6W R704 06G040 JI 9JR RST 040 K 5% /6W R705 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R706 06G040 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R7 06G06000FY 9JR RST CHIP 0R % /0W R74 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R75 06G04075 JI 9JR60000 RST K 5% /6W R76 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R78 06G040000FI 9JR60000 RST CHIP 00R /6W % TA-I R79 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R70 06G0600FI 9JR RST 060 K % /0W R7 06G0400FI 9JR TEST ONLY RST 040 K % /6W TA-I R7 06G040000FI 9JR60000 RST CHIP 00R /6W % TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R75 06G04075 JI 9JR60000 RST K 5% /6W R76 06G060709FT 9JR RST CHIP 7R /0W % R77 06G0405 JI 9JR RST K 5% /6W R79 06G0400FI 9JR TEST ONLY RST 040 K % /6W TA-I R70 06G04000FI 9JR RST CHIP 00K /6W % TA-I R7 06G04075 JI 9JR60000 RST K 5% /6W R7 06G06000 JI 9JR RST 06 MAX0R05 5% /4W 55

156 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R74 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R76 06G04080FI 9JR TEST ONLY RST K % /6W TA-I R77 06G04080FI 9JR TEST ONLY RST K % /6W TA-I R75 06G0405 JI 9JR RST 040 5K 5% /6W R75 06G06000 JI 9JR RST 06 MAX0R05 5% /4W R75 06G0405 JI 9JR RST K 5% /6W R755 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R756 06G06000FY 9JR RST CHIP 0R % /0W R757 06G06009 JI 9JR RST 060 R 5% /0W R758 06G04075 JI 9JR60000 RST K 5% /6W R759 06G04090FI 9JR TEST ONLY RST 040.9K % /6W TA-I R760 06G0400FI 9JR TEST ONLY RST 040 K % /6W TA-I R76 06G0600FI 9JR RST 060 K % /0W R764 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R766 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I RP005 06G 64708JY 9JR RST CHIP 47R /6W 8P4R 5% RP40 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W RP40 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W RP404 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W RP405 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W RP406 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W TH G 56A050 WT 9JR SMD PTC 0.5A KMCS050RY 06 U G JR IC G550MTU A SOT-5 U0 056G 575 9JR DEMODULATOR MT55AE/A LQFP-8 U05 056G JR IC G94TU SOT-5 U0 056G956 9JR IC CAT4C0WI-GT SO-8 U40 056G JR SCALER MT566CAOU LQFP-56 U40 056G 654 9JR DRAM K4BG646E-HCH9 Gb FBGA-96 U TPB5600 9JR NAND Flash Assy (U405) U G JR TRANSCEIVER MAXECUE TSSOP-6 U TPB JR Serial IIC EEPROM Assy (U409) (AUO-LG) U40 056G JR IC Reset AZ809ANSTR-E SOT-.9V U G 7SB57 F 9JR IC NC7SB57P6X MAA06A SC-70 FAIRCHIL U50 056G JR Others TMDS5PAGR TQFP64 U50 056G74LS 0 9JR Logic SN74LVCG5DBVR SOT- U50 056G956 9JR IC CAT4C0WI-GT SO-8 U G956 9JR IC CAT4C0WI-GT SO-8 U60 056G JR IC DAC WM854GEDT/R TSSOP-6 WOLFSON U60 056G JR AUDIO TAS577L 0W HTQFP-48 U60 056G JR IC RC4580IPWR TSSOP8 U G 507 9JR LDO AS78LRTR-G 0.A V SOT-89 U G JR Multiplexer CD405BPWR TSSOP-6 U70 056G 564 9JR DC/DC G57R4D A TQFNX-6 U70 056G 564 9JR DC/DC G57R4D A TQFNX-6 U70 056G JR AZ7D-ADJTRE TO-5- U G JR AZ7D-ADJTRE TO-5- U75 056G 569 9JR IC AME880-AEGTZ 0.6A/.V SOT- U G JR IC G965-5ADJPIUF.8A SOP-8 X00 09G S9 C 9JR CRYSTAL 7MHz 0P SMD-5.0x. X450 09G S90 C 9JR CRYSTAL 7MHz 7M 0ppm 0PF ZD065 09G 9P599 T 9JR MMZ5V6B ZD066 09G 9P599 T 9JR MMZ5V6B ZD067 09G 9P599 T 9JR MMZ5V6B ZD068 09G 9P599 T 9JR MMZ5V6B ZD069 09G 9P599 T 9JR MMZ5V6B ZD070 09G 9P599 T 9JR MMZ5V6B ZD07 09G 9GA8 T 9JR RLZB ZD07 09G 9P599 T 9JR MMZ5V6B ZD50 09G 9P599 T 9JR MMZ5V6B ZD5 09G 9P599 T 9JR MMZ5V6B ZD5 09G 9P599 T 9JR MMZ5V6B ZD5 09G 9P599 T 9JR MMZ5V6B ZD54 09G 9P599 T 9JR MMZ5V6B ZD55 09G 9P599 T 9JR MMZ5V6B ZD60 09G 9P599 T 9JR MMZ5V6B ZD6 09G 9P599 T 9JR MMZ5V6B ZD6 09G 9P599 T 9JR MMZ5V6B 56

157 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK ZD6 09G 9P599 T 9JR MMZ5V6B ZD64 09G 9P599 T 9JR MMZ5V6B 57

158 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Model: LC-6LE40E(AUO)(E6BANBAKXPNNS) Item TPV Code Number SHARP NC Description Quantity 0 705TZBSK076 9JR BEZEL ASSY TZASK754 9JR REAR COVER ASSY TZASK750 9JR STAND ASSY TZASK75 9JR BRACKET _IO ASSY 84 0QT JR SCREW x TZASK75 9JR BRACKET _NECK ASSY 96 Z5G807 9JR INSULATING PLATE _Power 97 Z5G804 9JR INSULATING PLATE _Scaler 99 0MT JR SCREW *6MM QT JR SCREW 7 0 0QT JR SCREW x8 6 0QG0 80 9JR SCREW x8 0 0QT JR SCREW 0 0MT JR SCREW M*6x6 04 0MG JR CONSIGN SCREW 4x4 05 0MT JR SCREW x8 6 Z40G 60844A 9JR RATING LABEL 0 G40GN A 9JR CARTON LABEL 5 705TZA4CD 9JR DFU ASSY(Western Europe)(North Europe) 6 705TZA4CB 9JR DFU ASSY(Eastern Europe) 450 P44GE0084 B 9JR CARTON 45 P44GE000 9JR CUSHION-TL EPS 45 P44GE000 9JR CUSHION-TR EPS 45 P44GE000 9JR CUSHION-BL EPS 454 P44GE0040 9JR CUSHION-BR EPS 455 P45T JR PE BAG(800X mm) 50 P40TD0008 9A 9JR family sheet 506 P40TD0008A 9JR FAMILY SHEET TBU60W647N000 9JR LCD T60XW06 V400 WJ AUO 054 PLTVBG684APA 9JR POWER PCB ASSY 056 IRPFBAA 9JR IR PCB ASSY 057 KEPFBAA 9JR KEY PCB ASSY 7 089G04A5NLS 9JR POWER CORD.5M PE8C5ZB90A-04B GRABDNESPJ 9JR REMOTE SHARP RC-SHARP G055A Y 9JR SPEAKER 6 OHM 5.5W 0X5.8 0/ G055A M 9JR SPEAKER 6 OHM 5.5W 0X5.8 0/ G804D980 9JR HARNESS P-5P+7P 80mm+500mm G804F980 9JR HARNESS P-5P+7P 80mm+500mm G79J0N9 9JR FFC CABLE 0P 65mm P.0 JG0J G79H0N9 9JR FFC CABLE 0P 65mm P G80 4X 8 9JR HARNESS AC INLET-4P 00mm S-POWERTW G80 4D 8 9JR HARNESS AC INLET-4P 00mm FQE0098I G80 4F 8 9JR HARNESS AC INLET-4P 00mm CBPFB4OBP5 9JR MAIN PCB ASSY with Tuner(Panasonic TUNER) 05 CBPFB4OBP6 9JR MAIN PCB ASSY with Tuner(LG TUNER) 0 TU0 094GPASEALL7M 9JR TUNER ENV57U09D5F EUROP(Panasonic) C00 065G0400K A 9JR CAP 040 0NF 50V X7R C00 065G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C00 065G0400K A 9JR CAP 040 0NF 50V X7R C G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C G0400K A 9JR CAP 040 0NF 50V X7R C G K A 9JR CAP UF 0% 6V X5R C G K A 9JR CAP UF 0% 6V X5R C G040470J Y 9JR CAP CHIP pF 50V NPO +/-5% C00 065G04047K A 9JR CAP CHIP nF K 6V X7R C0 065G0400K A 9JR CAP 040 0NF 50V X7R C0 065G0400K A 9JR CAP 040 0NF 50V X7R C0 065G0400K A 9JR CAP 040 0NF 50V X7R C04 065G040470J Y 9JR CAP CHIP pF 50V NPO +/-5% C06 065G040470J Y 9JR CAP CHIP pF 50V NPO +/-5% C09 065G06047J A 9JR CAP CHIP PF J 50V NPO 58

159 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C0 065G06047J A 9JR CAP CHIP PF J 50V NPO C0 065G06047J A 9JR CAP CHIP PF J 50V NPO C04 065G06047J A 9JR CAP CHIP PF J 50V NPO C5 065G06005K A 9JR CAP 060 UF 0% 6V X7R C5 065G0405K A 9JR CAP CHIP 040.5NF K 50V X7R C5 065G0400K A 9JR CAP 040 0NF 50V X7R C54 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C55 065G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C56 065G0400K A 9JR CAP 040 0NF 50V X7R C57 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C58 065G0400K A 9JR CAP 040 0NF 50V X7R C59 065G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C60 065G04004K A 9JR CAP CHIP nF K 6V X7R C6 065G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C6 065G0400K A 9JR CAP 040 0NF 50V X7R C6 065G K A 9JR CAP UF 0% 6V X5R C64 065G0400K A 9JR CAP 040 0NF 50V X7R C65 065G K A 9JR CAP UF 0% 6V X5R C66 065G0400K A 9JR CAP 040 0NF 50V X7R C67 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C68 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C69 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C70 065G0405K A 9JR CAP CHIP 040.5NF K 50V X7R C7 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C7 065G0400K A 9JR CAP 040 0NF 50V X7R C7 065G0400K A 9JR CAP 040 0NF 50V X7R C74 065G0400K A 9JR CAP 040 0NF 50V X7R C75 065G0400K A 9JR CAP 040 0NF 50V X7R C76 065G0400K A 9JR CAP 040 0NF 50V X7R C77 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C78 065G K A 9JR CAP UF 0% 6V X5R C79 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C80 065G K A 9JR CAP UF 0% 6V X5R C8 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C8 065G04004K A 9JR CAP CHIP nF K 6V X7R C8 065G0600J A 9JR CAP 060 PF 50V NPO C84 065G04047K A 9JR CAP CHIP nF K 6V X7R C85 065G060470J A 9JR CAP CHIP pF J 50V NPO C86 065G0400K A 9JR CAP 040 0NF 50V X7R C89 065G060475A5K Y 9JR CAP UF 0% 0V X5R C00 065G06005K A 9JR CAP 060 UF 0% 6V X7R C0 065G04004K A 9JR CAP CHIP nF K 6V X7R C04 065G04004K A 9JR CAP CHIP nF K 6V X7R C08 065G04004K A 9JR CAP CHIP nF K 6V X7R C09 065G04004K A 9JR CAP CHIP nF K 6V X7R C0 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C4 065G04004K A 9JR CAP CHIP nF K 6V X7R C5 065G04004K A 9JR CAP CHIP nF K 6V X7R C6 065G04004K A 9JR CAP CHIP nF K 6V X7R C7 065G04004K A 9JR CAP CHIP nF K 6V X7R C8 065G04004K A 9JR CAP CHIP nF K 6V X7R C9 065G04004K A 9JR CAP CHIP nF K 6V X7R C0 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C4 065G04000D A 9JR CAP CHIP 040 0PF D 50V NPO C5 065G K A 9JR CAP UF 0% 6V X5R C6 065G04004K A 9JR CAP CHIP nF K 6V X7R C7 065G K A 9JR CAP UF 0% 6V X5R C9 065G04000D A 9JR CAP CHIP 040 0PF D 50V NPO C0 065G04000D A 9JR CAP CHIP 040 0PF D 50V NPO C 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C4 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C8 065G0400J Y 9JR CAP CHIP 040 P 50V NP0 +/-5% 59

160 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C9 065G0400J Y 9JR CAP CHIP 040 P 50V NP0 +/-5% C00 065G04090J A 9JR CAP CHIP 040 9PF J 50V NPO C0 065G04090J A 9JR CAP CHIP 040 9PF J 50V NPO C0 065G04004K A 9JR CAP CHIP nF K 6V X7R C0 065G080506A5K A 9JR CAP UF 0% 0V X5R C05 065G04047K A 9JR CAP CHIP nF K 6V X7R C06 065G040474A5K Y 9JR CAP CHIP UF K 0V X5R C07 065G060569D A 9JR CAP PF 0.5pF 50V NP0 C08 065G060J A 9JR CAP CHIP 060 0PF J 50V NPO C09 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C0 065G0400K A 9JR CAP 040 0NF 50V X7R C 065G060J A 9JR CAP CHIP 060 0PF J 50V NPO C 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C4 065G0400K A 9JR CAP 040 0NF 50V X7R C5 065G060J A 9JR CAP CHIP 060 0PF J 50V NPO C6 065G060569D A 9JR CAP PF 0.5pF 50V NP0 C7 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C8 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C 065G060560J A 9JR CAP CHIP PF J 50V NPO C4 065G060560J A 9JR CAP CHIP PF J 50V NPO C GR0CT 9JR EC SMD 00UF 0% 6V ZV 6.*5.5 C G K A 9JR CAP UF 0% 6V X5R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C45 065G04004K A 9JR CAP CHIP nF K 6V X7R C45 065G K A 9JR CAP UF 0% 6V X5R C45 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C46 065G060475A5K Y 9JR CAP UF 0% 0V X5R C46 065G04004K A 9JR CAP CHIP nF K 6V X7R C46 065G K A 9JR CAP UF 0% 6V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G CT 9JR EC SMD 0UF 0% 6.V 6.*7.7 C G04004K A 9JR CAP CHIP nF K 6V X7R C47 065G04004K A 9JR CAP CHIP nF K 6V X7R C47 065G K A 9JR CAP UF 0% 6V X5R C47 065G04047K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C48 065G04004K A 9JR CAP CHIP nF K 6V X7R C48 065G04004K A 9JR CAP CHIP nF K 6V X7R C48 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R 60

161 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C49 067G CT 9JR EC SMD 0UF 6V HV 6.*7.7 C49 065G04004K A 9JR CAP CHIP nF K 6V X7R C49 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G060475A5K Y 9JR CAP UF 0% 0V X5R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G K A 9JR CAP UF 0% 6V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C45 065G06005K A 9JR CAP 060 UF 0% 6V X7R C45 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G0605A5K Y 9JR uF 0V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G0404A5K A 9JR CAP 040 0nF K 0V X5R C G06070J A 9JR CAP CHIP 060 7PF J 50V NPO C46 065G06070J A 9JR CAP CHIP 060 7PF J 50V NPO C46 065G0404A5K A 9JR CAP 040 0nF K 0V X5R C50 065G080506A5K A 9JR CAP UF 0% 0V X5R C50 065G06005K A 9JR CAP 060 UF 0% 6V X7R C50 065G04004K A 9JR CAP CHIP nF K 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G0404A5K A 9JR CAP 040 0nF K 0V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C50 065G04004K A 9JR CAP CHIP nF K 6V X7R C5 065G0404A5K A 9JR CAP 040 0nF K 0V X5R C5 065G04004K A 9JR CAP CHIP nF K 6V X7R C5 065G04004K A 9JR CAP CHIP nF K 6V X7R C54 065G04004K A 9JR CAP CHIP nF K 6V X7R C55 065G04004K A 9JR CAP CHIP nF K 6V X7R C60 065G06004K A 9JR CAP CHIP nF K 50V X7R C60 065G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C60 065G K A 9JR CAP UF 0% 6V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G K A 9JR CAP UF 0% 6V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G060475A5K Y 9JR CAP UF 0% 0V X5R C GC4704CT 9JR EC SMD 47UF 0% 5V JV 6.*7.7 C G04004K A 9JR CAP CHIP nF K 6V X7R C60 065G06005K A 9JR CAP 060 UF 0% 6V X7R C6 065G K A 9JR CAP UF 0% 6V X5R C6 065G K A 9JR CAP UF 0% 6V X5R C6 065G K A 9JR CAP UF 0% 6V X5R C64 065G K A 9JR CAP UF 0% 6V X5R C65 065G060475A5K Y 9JR CAP UF 0% 0V X5R C66 065G K A 9JR CAP UF 0% 6V X5R C67 065G06005K A 9JR CAP 060 UF 0% 6V X7R C68 065G K A 9JR CAP UF 0% 6V X5R 6

162 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C69 065G K A 9JR CAP UF 0% 6V X5R C60 065G040J A 9JR MLCC 040 0pF 50V NPO +-5% C6 065G040J A 9JR MLCC 040 0pF 50V NPO +-5% C6 065G06005K A 9JR CAP 060 UF 0% 6V X7R C6 065G0400J A 9JR CAP 040 PF J 50V NPO C64 065G K A 9JR CAP UF 0% 6V X5R C65 065G0605A5K Y 9JR uF 0V X5R C66 065G0400J A 9JR CAP 040 PF J 50V NPO C68 065G0400J A 9JR CAP 040 PF J 50V NPO C G K A 9JR CAP UF 0% 6V X5R C65 065G04004K A 9JR CAP CHIP nF K 6V X7R C65 065G04004K A 9JR CAP CHIP nF K 6V X7R C65 065G0400K A 9JR CAP 040 0NF 50V X7R C G06004K A 9JR CAP CHIP nF K 50V X7R C G06004K A 9JR CAP CHIP nF K 50V X7R C G 7CT 9JR EC SMD 0UF 0% 50V HV 0*0.5 C G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C G0400K A 9JR CAP 040 NF K 50V X7R C G0400K A 9JR CAP 040 NF K 50V X7R C G0400K A 9JR CAP 040 NF K 50V X7R C66 065G08054K A 9JR CAP NF 0% 50V X7R C66 065G08054K A 9JR CAP NF 0% 50V X7R C66 065G060470J A 9JR CAP CHIP pF J 50V NPO C G040J A 9JR MLCC 040 0pF 50V NPO +-5% C G0400K A 9JR CAP 040 NF K 50V X7R C G040J A 9JR MLCC 040 0pF 50V NPO +-5% C G0400J A 9JR CAP 040 PF J 50V NPO C G060470J A 9JR CAP CHIP pF J 50V NPO C G0400J A 9JR CAP 040 PF J 50V NPO C G K A 9JR CAP UF 0% 6V X5R C67 065G06005K A 9JR CAP 060 UF 0% 6V X7R C67 065G04004K A 9JR CAP CHIP nF K 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G AK 9JR CAP CHIP 4.7UF 0V X7R +/- 0% C G08054K A 9JR CAP NF 0% 50V X7R C G060K A 9JR CAP 060.NF K 50V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C68 065G06005K A 9JR CAP 060 UF 0% 6V X7R C68 065G K A 9JR CAP UF 0% 6V X5R C68 065G060K A 9JR CAP CHIP 060 nf K 50V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G060K A 9JR CAP CHIP 060 nf K 50V X7R C G K A 9JR CAP UF 0% 6V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06047K A 9JR CAP CHIP NF K 50V X7R C69 065G060K A 9JR CAP CHIP 060 nf K 50V X7R C69 065G K A 9JR CAP UF 0% 6V X5R C69 065G06047K A 9JR CAP CHIP NF K 50V X7R C G04047K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04047K A 9JR CAP CHIP nF K 6V X7R C G08054K A 9JR CAP NF 0% 50V X7R C G060K A 9JR CAP CHIP 060 nf K 50V X7R C G 4CT 9JR EC SMD 0UF 5V HV 8*0.5 C70 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C70 067G5H47 C 9JR EC 470UF 0% 0V SY 8*9 C70 065G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G0400J A 9JR CAP 040 PF J 50V NPO C G04004K A 9JR CAP CHIP nF K 6V X7R C G K A 9JR CAP UF 0% 6V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C70 065G0400J A 9JR CAP 040 PF J 50V NPO C7 065G04004K A 9JR CAP CHIP nF K 6V X7R C7 065G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% 6

163 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C7 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C74 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C75 065G06004K A 9JR CAP CHIP nF K 50V X7R C76 065G06004K A 9JR CAP CHIP nF K 50V X7R C77 065G04004K A 9JR CAP CHIP nF K 6V X7R C78 065G04004K A 9JR CAP CHIP nF K 6V X7R C79 065G080506A5K A 9JR CAP UF 0% 0V X5R C70 065G040K A 9JR CAP CHIP 040.NF K 50V X7R C7 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C7 065G040K A 9JR CAP CHIP 040.NF K 50V X7R C7 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C74 065G080506A5K A 9JR CAP UF 0% 0V X5R C75 065G080506A5K A 9JR CAP UF 0% 0V X5R C76 065G04004K A 9JR CAP CHIP nF K 6V X7R C77 065G060055K 9JR MLCC 060 uf 5V X5R +/-0% C78 065G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C79 065G080506A5K A 9JR CAP UF 0% 0V X5R C70 067GRCT 9JR EC SMD 0UF 0% 6V ZV 6.*7.7 C7 065G M A 9JR CAP 0805 UF 0% 6.V X5R C7 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C7 065G0400K A 9JR CAP 040 0NF 50V X7R C74 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C75 065G0400K A 9JR CAP 040 0NF 50V X7R C76 065G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C75 067GR0CT 9JR EC SMD 00UF 0% 6V ZV 6.*5.5 C75 065G06005K A 9JR CAP 060 UF 0% 6V X7R C G060475A5K Y 9JR CAP UF 0% 0V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G066A5K T 9JR CAP CHIP06 uf K 0V X5R C G066A5K T 9JR CAP CHIP06 uf K 0V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C76 065G K A 9JR CAP UF 0% 6V X5R C76 065G K A 9JR CAP UF 0% 6V X5R C G K A 9JR CAP UF 0% 6V X5R CN0 088G5FFFXCH 9JR D-SUB CONN SCREWED 5P BLUE - CN0 088G0FGVCL 9JR PHONE JACK V/T P GREEN H=8.4 CN0 088G5F6BAYG 9JR USB CONN A TYPE R/A 6P BLACK H=8.4 CN 088G 78F5XCL 9JR RCA JACK V/T 6P G/BL/R * H=8.6 CN6 088G 78FXYG 9JR RCA JACK V/T 4P W/R * H=8.6 CN7 088G 78FVYG 9JR RCA JACK V/T P BLACK * H=8.6 CN6 088G 78GACL 9JR RCA JACK 6P R/A Y/W/R H * H=0.5 CN5 088G55FLBVYG 9JR SCART CONN V/T P BLACK H=8.6 CN5 088G 78FXCL 9JR RCA JACK V/T 6P Y/W/R * H=8.6 CN59 088G 5009A VA 9JR PCMICA CARD R/A 68P BLACK H=9.4 CN40 0G80B YH L 9JR WAFER.0MM P CN G5F9MXCH 9JR D-SUB CONN SCREWED 9P BLACK - CN409 0G8090F CH JS 9JR CONNECTOR CN50 088G 40A VT 9JR HDMI HEADER P + PCS SCREW HOLE CN G 40A VT 9JR HDMI HEADER P + PCS SCREW HOLE CN60 GW50B04ABX 9JR WAFER.5mm 4P W45-04RVA-S0-A CN60 088G 0K 9JR PHONE JACK 7PIN CN70 GW50BABX 9JR WAFER.5mm P W45-RVA-S0-A D054 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D055 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D056 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D057 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D058 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D059 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D060 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D06 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D06 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D06 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D064 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D065 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D066 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D50 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D5 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD 6

164 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK D5 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D5 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D54 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D55 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D56 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D57 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D58 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D59 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D60 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D6 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D6 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D6 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D64 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D65 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D G 64S 9JR switching diode BAV99 D405 09G 64S 9JR switching diode BAV99 D45 09G 64S 9JR switching diode BAV99 D45 09G 64 9JR DIO SIG SM BAV99 (PHSE)R D455 09G 64 9JR DIO SIG SM BAV99 (PHSE)R D50 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D506 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D507 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D508 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D509 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D50 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D5 09G 6058SEM 9JR DIODE BAT54C-HAF 00mA/0V SOT- D60 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D604 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D605 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D606 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD FB006 07G 56A M 9JR CHIP BEAD R/000mA FB0 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB0 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB04 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB05 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB06 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB07 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB04 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB05 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB05 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB054 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB5 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB5 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB5 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB54 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB55 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB56 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB57 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB58 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB59 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB60 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB404 07G 56A M 9JR CHIP BEAD R/000mA FB405 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB406 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB45 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB45 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB50 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB50 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB504 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB505 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB606 07G 56A M 9JR CHIP BEAD R/000mA FB607 07G 56A M 9JR CHIP BEAD R/000mA FB608 07G 56A M 9JR CHIP BEAD R/000mA FB70 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB70 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB705 07G 56A M 9JR CHIP BEAD R/000mA FB706 07G 56A M 9JR CHIP BEAD R/000mA 64

165 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK FB707 07G 56A M 9JR CHIP BEAD R/000mA FB708 07G 56A M 9JR CHIP BEAD R/000mA FB75 07G 56A M 9JR CHIP BEAD R/000mA L00 07T 689 TA 9JR CHIP INDUCTOR U8 0% FCI608F-R8K L00 07T 689 TA 9JR CHIP INDUCTOR U8 0% FCI608F-R8K L050 07G 68 TA 9JR CHIP INDUCTOR UH +-0% 0.8R L05 07G 68 T 9JR CHIP INDUCTOR 0.UH 0% MLF608DRKT L05 07G 68 T 9JR CHIP INDUCTOR 0.UH 0% MLF608DRKT L60 07G 5990 H 9JR CHOKE COIL 47UH 0% L470S HA L60 07G 5990 H 9JR CHOKE COIL 47UH 0% L470S HA L60 07G 5990 H 9JR CHOKE COIL 47UH 0% L470S HA L604 07G 5990 H 9JR CHOKE COIL 47UH 0% L470S HA L70 07G5S 96 M 9JR SMD CHOKE.5UH 0% 0.05R 9A L70 07G5S 96 M 9JR SMD CHOKE.5UH 0% 0.05R 9A Q05 057G JR DIGITAL TR DTC6TK SMT Q06 057G JR DIGITAL TR DTC6TK SMT Q50 057G 495 9JR BC847C Q5 057G 759 9JR RK700FD5T6 SOT- BY ROHM Q5 057G 759 9JR RK700FD5T6 SOT- BY ROHM Q57 057G 495 9JR BC847C Q G 759 9JR RK700FD5T6 SOT- BY ROHM Q50 057G 759 9JR RK700FD5T6 SOT- BY ROHM Q40 057G 475 9JR MMBT904 Q40 057G 475 9JR MMBT904 Q50 057G 495 9JR BC847C Q50 057G 495 9JR BC847C Q G 495 9JR BC847C Q G 495 9JR BC847C Q G 495 9JR BC847C Q60 057G 47 8 T 9JR PMBT904 SOT- Q60 057G 47 8 T 9JR PMBT904 SOT- Q60 057G 4059 T 9JR BC857C Q G 475 9JR MMBT904 Q65 057G 475 9JR MMBT904 Q65 057G 475 9JR MMBT904 Q65 057G 475 9JR MMBT904 Q70 057G 495 9JR BC847C Q70 057G 76PH 9JR FET POW SM SI544DC(VISH)R Q70 057G 495 9JR BC847C Q G 495 9JR BC847C Q G JR MOSFET AON44 DFN Q75 057G JR MOSFET AON44 DFN Q75 057G T 9JR TRA SIG SM BC847C (KEC0) R R00 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R00 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R00 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R004 06G JI 9JR RST R 5% /6W R005 06G JI 9JR RST R 5% /6W R006 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R007 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R008 06G JI 9JR RST R MAX /6W R009 06G JI 9JR RST R MAX /6W R00 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G JI 9JR RST R MAX /6W R0 06G JI 9JR RST R MAX /6W R0 06G JI 9JR RST R MAX /6W R04 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R05 06G0405 JI 9JR RST 040 5K 5% /6W R06 06G JI 9JR RST R MAX /6W R07 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R08 06G JI 9JR RST R 5% /6W R09 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R00 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G JI 9JR RST R MAX /6W R04 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R07 06G JI 9JR RST R MAX /6W 65

166 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R08 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R09 06G JI 9JR RST R MAX /6W R00 06G04047 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G JI 9JR RST R MAX /6W R5 06G JI 9JR RST R MAX /6W R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R5 06G JI 9JR RST R 5% /6W R54 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R55 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R56 06G JI 9JR RST R 5% /6W R57 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R58 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R59 06G JI 9JR RST R 5% /6W R6 06G JI 9JR RST R 5% /6W R6 06G04080 JI 9JR RST 040 8R 5% /6W R64 06G JI 9JR RST R 5% /6W R65 06G04080 JI 9JR RST 040 8R 5% /6W R66 06G JI 9JR RST R 5% /6W R67 06G04080 JI 9JR RST 040 8R 5% /6W R68 06G JI 9JR RST R MAX /6W R69 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R70 06G JI 9JR RST R 5% /6W R7 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R7 06G JI 9JR RST R MAX /6W R7 06G JI 9JR RST R 5% /6W R74 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R75 06G JI 9JR RST R 5% /6W R76 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R77 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R78 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R8 06G JI 9JR RST R MAX /6W R8 06G JI 9JR RST R MAX /6W R84 06G040400FI 9JR RST R % /6W R85 06G040000FI 9JR RST R % /6W TA-I R86 06G JI 9JR RST R MAX /6W R87 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R88 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R89 06G JI 9JR RST R MAX /6W R90 06G JI 9JR RST R MAX /6W R9 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R9 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R9 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R94 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R95 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R96 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R97 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R98 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R99 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R00 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R04 06G0600 JI 9JR RST R 5% /0W TA-I R05 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R06 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R09 06G JI 9JR RST R MAX /6W R0 06G JI 9JR RST R MAX /6W R 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R4 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R50 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I 66

167 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R55 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R56 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R58 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R60 06G JI 9JR RST R MAX /6W R64 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R65 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R66 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R67 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R68 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R69 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R70 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R74 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R75 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R76 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R77 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R78 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R79 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R80 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R8 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R8 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R8 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R84 06G JI 9JR RST R MAX /6W R85 06G06006 JI 9JR60000 RST CHIP R 0M /0W 5% TA-I R86 06G JI 9JR RST M 5% /0W TA-I R87 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R88 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R89 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R90 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R9 06G JI 9JR RST R 5% /6W R9 06G JI 9JR RST R 5% /6W R9 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R94 06G0400FY 9JR RST CHIP.K /6W % R95 06G0400FI 9JR TEST ONLY RST 040 K % /6W TA-I R7 06G JI 9JR RST R MAX /6W R8 06G040509FI 9JR RST 040 5R % /6W TA-I R9 06G040509FI 9JR RST 040 5R % /6W TA-I R0 06G JI 9JR RST R MAX /6W R 06G040500FI 9JR TEST ONLY RST CHIP 50R /6W % TA-I R 06G040509FT 9JR RST CHIPR OHM +-% /6W R 06G JI 9JR RST R MAX /6W R0 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R6 06G04004 JI 9JR TEST ONLY RST K 5% /6W TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R8 06G JI 9JR RST R MAX /6W R4 06G JI 9JR RST R MAX /6W R4 06G040509FI 9JR RST 040 5R % /6W TA-I R70 06G JI 9JR RST R MAX /6W R7 06G JI 9JR RST R MAX /6W R7 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R7 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R40 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R404 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R405 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R406 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R408 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R40 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R40 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R40 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R40 06G JI 9JR RST R MAX /6W R404 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I 67

168 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R405 06G JI 9JR RST R MAX /6W R406 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R407 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R408 06G040400FI 9JR RST R % /6W R40 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G JI 9JR RST R MAX /6W R44 06G JI 9JR RST R MAX /6W R450 06G JI 9JR RST R MAX /6W R45 06G JI 9JR RST R 5% /6W R45 06G JI 9JR RST R MAX /6W R45 06G JI 9JR RST R MAX /6W R454 06G JI 9JR RST R MAX /6W R455 06G JI 9JR RST R MAX /6W R456 06G JI 9JR RST R MAX /6W R457 06G JI 9JR RST R MAX /6W R458 06G JI 9JR RST R MAX /6W R459 06G JI 9JR RST R MAX /6W R460 06G JI 9JR RST R MAX /6W R46 06G JI 9JR RST R MAX /6W R46 06G JI 9JR RST R MAX /6W R46 06G JI 9JR RST R MAX /6W R464 06G JI 9JR RST R MAX /6W R465 06G JI 9JR RST R MAX /6W R466 06G JI 9JR RST R MAX /6W R467 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R468 06G FI 9JR TEST ONLY RST R % /6W TA-I R469 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R470 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R47 06G04050FI 9JR60000 TEST ONLY RST K % /6W TA-I R47 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R47 06G JI 9JR RST R MAX /6W R474 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R475 06G JI 9JR RST R MAX /6W R476 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R477 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R478 06G0400FI 9JR TEST ONLY RST 040.K % /6W TA-I R479 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R48 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R48 06G040 JI 9JR RST 040 0R 5% /6W TA-I R48 06G040 JI 9JR RST 040 0R 5% /6W TA-I R40 06G0405 JI 9JR RST 040 5K 5% /6W R40 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R40 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R404 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R405 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R406 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R407 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R408 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R40 06G JI 9JR RST R MAX /6W R4 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R4 06G JI 9JR RST R MAX /6W R44 06G0400 JI 9JR RST 040 R 5% /6W TA-I R45 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R46 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R47 06G04004 JI 9JR TEST ONLY RST K 5% /6W TA-I R48 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R49 06G JI 9JR RST R MAX /6W R40 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R4 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R4 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R4 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R44 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R45 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R46 06G JI 9JR RST R MAX /6W 68

169 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R47 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R49 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R40 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G0400FY 9JR RST CHIP.K /6W % R4 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G040680FT 9JR RST CHIPR 6K8 +-% /6W TZAI YUAN R47 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R49 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R44 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R44 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R44 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R444 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R445 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R447 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R50 06G JI 9JR RST R MAX /6W R50 06G0407 JI 9JR60000 RST 040 7K 5% /6W R504 06G JI 9JR RST R MAX /6W R58 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R59 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R50 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R54 06G0400 JI 9JR RST 040 R 5% /6W TA-I R55 06G JI 9JR RST K 5% /6W TA-I R56 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R57 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R58 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R59 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R50 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R5 06G JI 9JR RST K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R5 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R54 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R55 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R56 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R57 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R58 06G0400 JI 9JR RST 040 R 5% /6W TA-I R59 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R54 06G040800FT 9JR RST CHIP 80R /6W % TZAI YUAN R545 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R546 06G04040FI 9JR RST K % /6W R547 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R548 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R549 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R550 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R55 06G040809FT 9JR60000 RST 040 8R % /6W R55 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R55 06G04004 JI 9JR TEST ONLY RST K 5% /6W TA-I R554 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R555 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R564 06G JI 9JR RST R MAX /6W R569 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R570 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R57 06G040000FI 9JR RST R % /6W TA-I R57 06G040000FI 9JR RST R % /6W TA-I R57 06G040000FI 9JR RST R % /6W TA-I R574 06G040000FI 9JR RST R % /6W TA-I R575 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R576 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R577 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R60 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R60 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R604 06G04050FI 9JR TEST ONLY RST 040 5K % /6W TA-I R605 06G06000 JI 9JR TEST ONLY RST 060 0R 5% /6W TA-I R607 06G04050FI 9JR TEST ONLY RST 040 5K % /6W TA-I R60 06G06080FT 9JR RST 060 8K % /0W R6 06G06080FT 9JR RST 060 8K % /0W 69

170 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R6 06G04045FI 9JR RST K % /6W TA-I R6 06G04045FI 9JR RST K % /6W TA-I R64 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R66 06G JI 9JR RST R MAX /6W R67 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R68 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R69 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R60 06G JI 9JR RST R MAX /6W R6 06G0400 JI 9JR RST 040 R 5% /6W TA-I R6 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R66 06G0400 JI 9JR RST 040 0K 5% /6W R67 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R68 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R60 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R6 06G JI 9JR TEST ONLY RST R MAX /6W TA-I R6 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R64 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R65 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R67 06G0400 JI 9JR RST 040 0K 5% /6W R640 06G04004 JI 9JR TEST ONLY RST K 5% /6W TA-I R64 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R64 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R644 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R646 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R647 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R650 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R65 06G04000 JI 9JR RST 040 0R 5% /6W TA-I R65 06G04000 JI 9JR RST 040 0R 5% /6W TA-I R654 06G04000 JI 9JR RST 040 0R 5% /6W TA-I R655 06G0400 JI 9JR RST 040 R 5% /6W TA-I R656 06G0400 JI 9JR RST 040 R 5% /6W TA-I R657 06G0400 JI 9JR RST 040 R 5% /6W TA-I R66 06G0408FY 9JR RST CHIP 8.K /6W % YAGEO R66 06G0400 JI 9JR RST 040 R 5% /6W TA-I R66 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R665 06G FI 9JR60000 RST R % /6W R666 06G FI 9JR60000 RST R % /6W R667 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R668 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R669 06G04000 JI 9JR RST 040 0R 5% /6W TA-I R670 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R67 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R67 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R67 06G JI 9JR60000 RST R 5% /6W R674 06G JI 9JR60000 RST R 5% /6W R675 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R676 06G04040FI 9JR TEST ONLY RST 040 4K % /6W TA-I R679 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R688 06G04040FI 9JR TEST ONLY RST 040 4K % /6W TA-I R689 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R69 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R69 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R70 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R70 06G0407 JI 9JR60000 RST 040.7K 5% /6W R704 06G040 JI 9JR RST 040 K 5% /6W R705 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R706 06G040 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R7 06G06000FY 9JR RST CHIP 0R % /0W R74 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R75 06G04075 JI 9JR60000 RST K 5% /6W R76 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R78 06G040000FI 9JR60000 RST CHIP 00R /6W % TA-I R79 06G04047 JT 9JR RST CHIP 47K /6W 5% TZAI YUAN R70 06G0600FI 9JR RST 060 K % /0W R7 06G0400FI 9JR TEST ONLY RST 040 K % /6W TA-I R7 06G040000FI 9JR60000 RST CHIP 00R /6W % TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I 70

171 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R75 06G04075 JI 9JR60000 RST K 5% /6W R76 06G060709FT 9JR RST CHIP 7R /0W % R77 06G0405 JI 9JR RST K 5% /6W R77 06G0405 JI 9JR RST K 5% /6W R79 06G0400FI 9JR TEST ONLY RST 040 K % /6W TA-I R70 06G04000FI 9JR RST CHIP 00K /6W % TA-I R7 06G04075 JI 9JR60000 RST K 5% /6W R7 06G06000 JI 9JR RST 06 MAX0R05 5% /4W R74 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R76 06G04080FI 9JR TEST ONLY RST K % /6W TA-I R77 06G04080FI 9JR TEST ONLY RST K % /6W TA-I R75 06G0405 JI 9JR RST 040 5K 5% /6W R75 06G0405 JI 9JR RST K 5% /6W R754 06G06000 JI 9JR RST 06 MAX0R05 5% /4W R755 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R756 06G06000FY 9JR RST CHIP 0R % /0W R757 06G06009 JI 9JR RST 060 R 5% /0W R758 06G04075 JI 9JR60000 RST K 5% /6W R759 06G04090FI 9JR TEST ONLY RST 040.9K % /6W TA-I R760 06G0400FI 9JR TEST ONLY RST 040 K % /6W TA-I R76 06G0600FI 9JR RST 060 K % /0W R764 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R766 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I RP005 06G 64708JY 9JR RST CHIP 47R /6W 8P4R 5% RP40 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W RP40 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W RP404 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W RP405 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W RP406 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W TH G 56A050 WT 9JR SMD PTC 0.5A KMCS050RY 06 U G JR IC G550MTU A SOT-5 U0 056G 575 9JR DEMODULATOR MT55AE/A LQFP-8 U05 056G JR IC G94TU SOT-5 U0 056G 4 9JR M4C0-WMN6TP U40 056G JR SCALER MT566CAOU LQFP-56 U40 056G 654 9JR DRAM K4BG646E-HCH9 Gb FBGA-96 U TPB560 9JR NAND Flash Assy (U405) U G JR TRANSCEIVER MAXECUE TSSOP-6 U TPB560 9JR Serial IIC EEPROM Assy (U409) (AUO-Panas U40 056G JR RESET TLV809KDBVR.9V SOT- U G JR IC TS5A57DCKR SC70 U50 056G JR Others TMDS5PAGR TQFP64 U50 056G74LS 0 9JR Logic SN74LVCG5DBVR SOT- U50 056G 4 9JR M4C0-WMN6TP U G 4 9JR M4C0-WMN6TP U60 056G JR IC DAC WM854GEDT/R TSSOP-6 WOLFSON U60 056G JR AUDIO TAS577L 0W HTQFP-48 U60 056G JR IC NJM4580V-TE SSOP8 U G 507 9JR LDO AS78LRTR-G 0.A V SOT-89 U G JR Multiplexer CD405BPWR TSSOP-6 U70 056G JR DC/DC TPS549RTER QFN-6 U70 056G JR DC/DC TPS549RTER QFN-6 U70 056G JR AZ7D-ADJTRE TO-5- U G JR AZ7D-ADJTRE TO-5- U75 056G JR IC G90T6UF 0.6A/.V SOT- U G JR IC G965-5ADJPIUF.8A SOP-8 X00 09G S9 C 9JR CRYSTAL 7MHz 0P SMD-5.0x. X450 09G S90 C 9JR CRYSTAL 7MHz 7M 0ppm 0PF ZD065 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD066 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD067 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD068 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD069 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD070 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD07 09G 9GA8 T 9JR RLZB ZD07 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD50 09G 9S 4 T 9JR UDZSNP5.6B ROHM 7

172 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK ZD5 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD5 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD5 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD54 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD55 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD60 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD6 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD6 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD6 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD64 09G 9S 4 T 9JR UDZSNP5.6B ROHM 7

173 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK 7

174 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK Model: LC-LE40E(AUO)(EBANBAKXPNNS) Item TPV Code Number SHARP NC Description Quantity 705TZBSK0 9JR BEZEL+ Film Assy PT06 C000 9JR LENS_IR 705TZA4640 9JR rear assy 4 PT078PBC X000 9JR LENS _DOUBLE_ TZA4589 9JR STAND ASSY 60 P5G8009 9JR INSULATING PLATE _POWER TZA507 9JR BRACKET _IO ASSY 84 0QT JR SCREW X8mm 4A MT JR SCREW *6MM TZA508 9JR BRACKET _HINGE ASSY 00 0QT JR SCREW 7 0 0QT JR SCREW 4 0 0MT JR SCREW M*6x6 0 0MT740 0 GP 9JR SCREW 6 Z40G 60844A 9JR RATING LABEL 0 G40GN A 9JR CARTON LABEL 5 705TZA4CD 9JR DFU ASSY(Western Europe)( North Europe) 6 705TZA4CB 9JR DFU ASSY(Eastern Europe) 45 P44GJ090 9JR CUSHION-TL EPS 45 P44GJ090 9JR CUSHION-TR EPS 45 P44GJ090 9JR CUSHION-BL EPS 454 P44GJ0940 9JR CUSHION-BR EPS 458 P44GJ0950 9JR CUSHION-BM EPS 455 P45T JR PE BAG(950X75x0.7mm) 50 P40TD0008 9A 9JR family sheet 55 P44GJ0984 B 9JR CARTON 56 P40TD0008A 9JR FAMILY SHEET TBU5W6N000 9JR LCD T5XW06 V0 SZ AUO TBZ5X6N000 9JR LCD T5XW06 V0 PL BVD ADTVB404PA 9JR POWER PCB ASSY 056 IRPFBAA 9JR IR BOARD 057 KEPFBAA 9JR KEY PCB ASSY 7 089G04A5NLS 9JR POWER CORD.5M PE8C5ZB90A-04B GRABDNESPJ 9JR REMOTE CONTROL RC-SHARP-40 FOR SHARP G0A M 9JR SPEAKER 6 OHM W 0X / G0A Y 9JR SPEAKER 6 OHM W 0X / G804D976 9JR HARNESS P-5P+7P 0mm+70mm G804X976 9JR HARNESS P-5P+7P 0mm+70mm G79H0N90 9JR FFC CABLE 0P 570mm P G79J0N90 9JR FFC CABLE 0P 570mm P.0 JG0J G80 4D9 9JR HARNESS AC INLET-4P 00mm FQE007I G80 4X9 9JR HARNESS AC INLET-4P 00mm POWERTF000 0MT JR SCREW 4*6MM 05 CBPFB4OBP 9JR MAIN PCB ASSY with Tuner(Panasonic TUNER) 05 CBPFB4OBP 9JR MAIN PCB ASSY with Tuner(LG TUNER) GPASEALL7M 9JR TUNER ENV57U09D5F EUROP(Panasonic) C00 065G0400K A 9JR CAP 040 0NF 50V X7R C00 065G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C00 065G0400K A 9JR CAP 040 0NF 50V X7R C G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C G0400K A 9JR CAP 040 0NF 50V X7R C G K A 9JR CAP UF 0% 6V X5R C G K A 9JR CAP UF 0% 6V X5R C G040470J Y 9JR CAP CHIP pF 50V NPO +/-5% C00 065G04047K A 9JR CAP CHIP nF K 6V X7R C0 065G0400K A 9JR CAP 040 0NF 50V X7R C0 065G0400K A 9JR CAP 040 0NF 50V X7R C0 065G0400K A 9JR CAP 040 0NF 50V X7R C04 065G040470J Y 9JR CAP CHIP pF 50V NPO +/-5% C06 065G040470J Y 9JR CAP CHIP pF 50V NPO +/-5% C09 065G06047J A 9JR CAP CHIP PF J 50V NPO 74

175 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C0 065G06047J A 9JR CAP CHIP PF J 50V NPO C0 065G06047J A 9JR CAP CHIP PF J 50V NPO C04 065G06047J A 9JR CAP CHIP PF J 50V NPO C5 065G06005K A 9JR CAP 060 UF 0% 6V X7R C5 065G0405K A 9JR CAP CHIP 040.5NF K 50V X7R C5 065G0400K A 9JR CAP 040 0NF 50V X7R C54 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C55 065G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C56 065G0400K A 9JR CAP 040 0NF 50V X7R C57 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C58 065G0400K A 9JR CAP 040 0NF 50V X7R C59 065G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C60 065G04004K A 9JR CAP CHIP nF K 6V X7R C6 065G04050J A 9JR CAP CHIP 040 5PF J 50V NPO C6 065G0400K A 9JR CAP 040 0NF 50V X7R C6 065G K A 9JR CAP UF 0% 6V X5R C64 065G0400K A 9JR CAP 040 0NF 50V X7R C65 065G K A 9JR CAP UF 0% 6V X5R C66 065G0400K A 9JR CAP 040 0NF 50V X7R C67 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C68 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C69 065G040509C Y 9JR CAP CHIP 040 5PF 50V NPO +/-0.5pF C70 065G0405K A 9JR CAP CHIP 040.5NF K 50V X7R C7 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C7 065G0400K A 9JR CAP 040 0NF 50V X7R C7 065G0400K A 9JR CAP 040 0NF 50V X7R C74 065G0400K A 9JR CAP 040 0NF 50V X7R C75 065G0400K A 9JR CAP 040 0NF 50V X7R C76 065G0400K A 9JR CAP 040 0NF 50V X7R C77 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C78 065G K A 9JR CAP UF 0% 6V X5R C79 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C80 065G K A 9JR CAP UF 0% 6V X5R C8 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C8 065G04004K A 9JR CAP CHIP nF K 6V X7R C8 065G0600J A 9JR CAP 060 PF 50V NPO C84 065G04047K A 9JR CAP CHIP nF K 6V X7R C85 065G060470J A 9JR CAP CHIP pF J 50V NPO C86 065G0400K A 9JR CAP 040 0NF 50V X7R C89 065G060475A5K Y 9JR CAP UF 0% 0V X5R C00 065G06005K A 9JR CAP 060 UF 0% 6V X7R C0 065G04004K A 9JR CAP CHIP nF K 6V X7R C04 065G04004K A 9JR CAP CHIP nF K 6V X7R C08 065G04004K A 9JR CAP CHIP nF K 6V X7R C09 065G04004K A 9JR CAP CHIP nF K 6V X7R C0 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C4 065G04004K A 9JR CAP CHIP nF K 6V X7R C5 065G04004K A 9JR CAP CHIP nF K 6V X7R C6 065G04004K A 9JR CAP CHIP nF K 6V X7R C7 065G04004K A 9JR CAP CHIP nF K 6V X7R C8 065G04004K A 9JR CAP CHIP nF K 6V X7R C9 065G04004K A 9JR CAP CHIP nF K 6V X7R C0 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C 065G04004K A 9JR CAP CHIP nF K 6V X7R C4 065G04000D A 9JR CAP CHIP 040 0PF D 50V NPO C5 065G K A 9JR CAP UF 0% 6V X5R C6 065G04004K A 9JR CAP CHIP nF K 6V X7R C7 065G K A 9JR CAP UF 0% 6V X5R C9 065G04000D A 9JR CAP CHIP 040 0PF D 50V NPO C0 065G04000D A 9JR CAP CHIP 040 0PF D 50V NPO C 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C4 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C8 065G0400J Y 9JR CAP CHIP 040 P 50V NP0 +/-5% 75

176 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C9 065G0400J Y 9JR CAP CHIP 040 P 50V NP0 +/-5% C00 065G04090J A 9JR CAP CHIP 040 9PF J 50V NPO C0 065G04090J A 9JR CAP CHIP 040 9PF J 50V NPO C0 065G04004K A 9JR CAP CHIP nF K 6V X7R C0 065G080506A5K A 9JR CAP UF 0% 0V X5R C05 065G04047K A 9JR CAP CHIP nF K 6V X7R C06 065G040474A5K Y 9JR CAP CHIP UF K 0V X5R C07 065G060569D A 9JR CAP PF 0.5pF 50V NP0 C08 065G060J A 9JR CAP CHIP 060 0PF J 50V NPO C09 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C0 065G0400K A 9JR CAP 040 0NF 50V X7R C 065G060J A 9JR CAP CHIP 060 0PF J 50V NPO C 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C4 065G0400K A 9JR CAP 040 0NF 50V X7R C5 065G060J A 9JR CAP CHIP 060 0PF J 50V NPO C6 065G060569D A 9JR CAP PF 0.5pF 50V NP0 C7 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C8 065G0600K A 9JR CAP CHIP 060 0nF K 50V X7R C 065G060560J A 9JR CAP CHIP PF J 50V NPO C4 065G060560J A 9JR CAP CHIP PF J 50V NPO C GR0CT 9JR EC SMD 00UF 0% 6V ZV 6.*5.5 C G K A 9JR CAP UF 0% 6V X5R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C45 065G04004K A 9JR CAP CHIP nF K 6V X7R C45 065G K A 9JR CAP UF 0% 6V X5R C45 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C46 065G060475A5K Y 9JR CAP UF 0% 0V X5R C46 065G04004K A 9JR CAP CHIP nF K 6V X7R C46 065G K A 9JR CAP UF 0% 6V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G CT 9JR EC SMD 0UF 0% 6.V 6.*7.7 C G04004K A 9JR CAP CHIP nF K 6V X7R C47 065G04004K A 9JR CAP CHIP nF K 6V X7R C47 065G K A 9JR CAP UF 0% 6V X5R C47 065G04047K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C48 065G04004K A 9JR CAP CHIP nF K 6V X7R C48 065G04004K A 9JR CAP CHIP nF K 6V X7R C48 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R 76

177 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C49 067G CT 9JR EC SMD 0UF 6V HV 6.*7.7 C49 065G04004K A 9JR CAP CHIP nF K 6V X7R C49 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G060475A5K Y 9JR CAP UF 0% 0V X5R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G04004K A 9JR CAP CHIP nF K 6V X7R C40 065G K A 9JR CAP UF 0% 6V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C45 065G06005K A 9JR CAP 060 UF 0% 6V X7R C45 065G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G0605A5K Y 9JR uF 0V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G0404A5K A 9JR CAP 040 0nF K 0V X5R C G06070J A 9JR CAP CHIP 060 7PF J 50V NPO C46 065G06070J A 9JR CAP CHIP 060 7PF J 50V NPO C46 065G0404A5K A 9JR CAP 040 0nF K 0V X5R C50 065G080506A5K A 9JR CAP UF 0% 0V X5R C50 065G06005K A 9JR CAP 060 UF 0% 6V X7R C50 065G04004K A 9JR CAP CHIP nF K 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G0404A5K A 9JR CAP 040 0nF K 0V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C50 065G04004K A 9JR CAP CHIP nF K 6V X7R C5 065G0404A5K A 9JR CAP 040 0nF K 0V X5R C5 065G04004K A 9JR CAP CHIP nF K 6V X7R C5 065G04004K A 9JR CAP CHIP nF K 6V X7R C54 065G04004K A 9JR CAP CHIP nF K 6V X7R C55 065G04004K A 9JR CAP CHIP nF K 6V X7R C60 065G06004K A 9JR CAP CHIP nF K 50V X7R C60 065G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C60 065G K A 9JR CAP UF 0% 6V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G K A 9JR CAP UF 0% 6V X5R C G04004K A 9JR CAP CHIP nF K 6V X7R C G060475A5K Y 9JR CAP UF 0% 0V X5R C GC4704CT 9JR EC SMD 47UF 0% 5V JV 6.*7.7 C G04004K A 9JR CAP CHIP nF K 6V X7R C60 065G06005K A 9JR CAP 060 UF 0% 6V X7R C6 065G K A 9JR CAP UF 0% 6V X5R C6 065G K A 9JR CAP UF 0% 6V X5R C6 065G K A 9JR CAP UF 0% 6V X5R C64 065G K A 9JR CAP UF 0% 6V X5R C65 065G060475A5K Y 9JR CAP UF 0% 0V X5R C66 065G K A 9JR CAP UF 0% 6V X5R C67 065G06005K A 9JR CAP 060 UF 0% 6V X7R C68 065G K A 9JR CAP UF 0% 6V X5R 77

178 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C69 065G K A 9JR CAP UF 0% 6V X5R C60 065G040J A 9JR MLCC 040 0pF 50V NPO +-5% C6 065G040J A 9JR MLCC 040 0pF 50V NPO +-5% C6 065G06005K A 9JR CAP 060 UF 0% 6V X7R C6 065G0400J A 9JR CAP 040 PF J 50V NPO C64 065G K A 9JR CAP UF 0% 6V X5R C65 065G0605A5K Y 9JR uF 0V X5R C66 065G0400J A 9JR CAP 040 PF J 50V NPO C68 065G0400J A 9JR CAP 040 PF J 50V NPO C G K A 9JR CAP UF 0% 6V X5R C65 065G04004K A 9JR CAP CHIP nF K 6V X7R C65 065G04004K A 9JR CAP CHIP nF K 6V X7R C65 065G0400K A 9JR CAP 040 0NF 50V X7R C G06004K A 9JR CAP CHIP nF K 50V X7R C G06004K A 9JR CAP CHIP nF K 50V X7R C G 7CT 9JR EC SMD 0UF 0% 50V HV 0*0.5 C G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C G0400K A 9JR CAP 040 NF K 50V X7R C G0400K A 9JR CAP 040 NF K 50V X7R C G0400K A 9JR CAP 040 NF K 50V X7R C66 065G08054K A 9JR CAP NF 0% 50V X7R C66 065G08054K A 9JR CAP NF 0% 50V X7R C66 065G060470J A 9JR CAP CHIP pF J 50V NPO C G040J A 9JR MLCC 040 0pF 50V NPO +-5% C G0400K A 9JR CAP 040 NF K 50V X7R C G040J A 9JR MLCC 040 0pF 50V NPO +-5% C G0400J A 9JR CAP 040 PF J 50V NPO C G060470J A 9JR CAP CHIP pF J 50V NPO C G0400J A 9JR CAP 040 PF J 50V NPO C G K A 9JR CAP UF 0% 6V X5R C67 065G06005K A 9JR CAP 060 UF 0% 6V X7R C67 065G04004K A 9JR CAP CHIP nF K 6V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G AK 9JR CAP CHIP 4.7UF 0V X7R +/- 0% C G08054K A 9JR CAP NF 0% 50V X7R C G060K A 9JR CAP 060.NF K 50V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C68 065G06005K A 9JR CAP 060 UF 0% 6V X7R C68 065G K A 9JR CAP UF 0% 6V X5R C68 065G060K A 9JR CAP CHIP 060 nf K 50V X7R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G060K A 9JR CAP CHIP 060 nf K 50V X7R C G K A 9JR CAP UF 0% 6V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G06047K A 9JR CAP CHIP NF K 50V X7R C69 065G060K A 9JR CAP CHIP 060 nf K 50V X7R C69 065G K A 9JR CAP UF 0% 6V X5R C69 065G06047K A 9JR CAP CHIP NF K 50V X7R C G04047K A 9JR CAP CHIP nF K 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G04047K A 9JR CAP CHIP nF K 6V X7R C G08054K A 9JR CAP NF 0% 50V X7R C G060K A 9JR CAP CHIP 060 nf K 50V X7R C G 4CT 9JR EC SMD 0UF 5V HV 8*0.5 C70 065G M Y 9JR CAP CHIP 060 0uF 6.V X5R +/-0% C70 067G5H47 C 9JR EC 470UF 0% 0V SY 8*9 C70 065G06005K A 9JR CAP 060 UF 0% 6V X7R C G04004K A 9JR CAP CHIP nF K 6V X7R C G0400J A 9JR CAP 040 PF J 50V NPO C G04004K A 9JR CAP CHIP nF K 6V X7R C G K A 9JR CAP UF 0% 6V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C70 065G0400J A 9JR CAP 040 PF J 50V NPO C7 065G04004K A 9JR CAP CHIP nF K 6V X7R C7 065G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% 78

179 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK C7 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C74 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C75 065G06004K A 9JR CAP CHIP nF K 50V X7R C76 065G06004K A 9JR CAP CHIP nF K 50V X7R C77 065G04004K A 9JR CAP CHIP nF K 6V X7R C78 065G04004K A 9JR CAP CHIP nF K 6V X7R C79 065G080506A5K A 9JR CAP UF 0% 0V X5R C70 065G040K A 9JR CAP CHIP 040.NF K 50V X7R C7 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C7 065G040K A 9JR CAP CHIP 040.NF K 50V X7R C7 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C74 065G080506A5K A 9JR CAP UF 0% 0V X5R C75 065G080506A5K A 9JR CAP UF 0% 0V X5R C76 065G04004K A 9JR CAP CHIP nF K 6V X7R C78 065G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C79 065G080506A5K A 9JR CAP UF 0% 0V X5R C70 067GRCT 9JR EC SMD 0UF 0% 6V ZV 6.*7.7 C7 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C7 065G0400K A 9JR CAP 040 0NF 50V X7R C74 065G066A5K T 9JR CAP CHIP06 uf K 0V X5R C75 065G0400K A 9JR CAP 040 0NF 50V X7R C76 065G064757Z 9JR CAP CHIP 4.7UF 50V Y5V -0%~+80% C75 067GR0CT 9JR EC SMD 00UF 0% 6V ZV 6.*5.5 C75 065G06005K A 9JR CAP 060 UF 0% 6V X7R C G060475A5K Y 9JR CAP UF 0% 0V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C G066A5K T 9JR CAP CHIP06 uf K 0V X5R C G066A5K T 9JR CAP CHIP06 uf K 0V X5R C G06005K A 9JR CAP 060 UF 0% 6V X7R C76 065G K A 9JR CAP UF 0% 6V X5R C76 065G K A 9JR CAP UF 0% 6V X5R C G K A 9JR CAP UF 0% 6V X5R CN0 088G5FFFXCL 9JR D-SUB CONN V/T 5P BLUE H=8.6 CN0 088G0FGVCL 9JR PHONE JACK V/T P GREEN H=8.4 CN0 088G5F6BAYG 9JR USB CONN A TYPE R/A 6P BLACK H=8.4 CN 088G 78F5XCL 9JR RCA JACK V/T 6P G/BL/R * H=8.6 CN6 088G 78FXYG 9JR RCA JACK V/T 4P W/R * H=8.6 CN7 088G 78FVYG 9JR RCA JACK V/T P BLACK * H=8.6 CN6 088G 78GACL 9JR RCA JACK 6P R/A Y/W/R H * H=0.5 CN5 088G55FLBVYG 9JR SCART CONN V/T P BLACK H=8.6 CN5 088G 78FXCL 9JR RCA JACK V/T 6P Y/W/R * H=8.6 CN59 088G 5009A VA 9JR PCMICA CARD R/A 68P BLACK H=9.4 CN40 0G80B YH L 9JR WAFER.0MM P CN G5F9MXCL 9JR D-SUB CONN SCREWED V/T 9P BLACK H=8.4 CN409 0G8090F CH JS 9JR CONNECTOR CN50 088G 40A VT 9JR HDMI HEADER P + PCS SCREW HOLE CN G 40A VT 9JR HDMI HEADER P + PCS SCREW HOLE CN60 GW50B04ABX 9JR WAFER.5mm 4P W45-04RVA-S0-A CN60 088G 0K 9JR PHONE JACK 7PIN CN70 GW50BABX 9JR WAFER.5mm P W45-RVA-S0-A D054 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D055 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D056 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D057 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D058 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D059 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D060 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D06 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D06 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D06 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D064 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D065 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D066 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D50 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D5 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D5 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D5 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD 79

180 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK D54 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D55 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D56 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D57 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D58 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D59 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D60 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D6 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D6 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D6 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D64 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D65 09G 64S900 T 9JR DIODE BAS6 SOD- PHILIPS D G 64S 9JR switching diode BAV99 D405 09G 64S 9JR switching diode BAV99 D45 09G 64S 9JR switching diode BAV99 D45 09G 64 9JR DIO SIG SM BAV99 (PHSE)R D455 09G 64 9JR DIO SIG SM BAV99 (PHSE)R D50 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D506 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D507 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D508 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D509 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D50 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D5 09G 6058SEM 9JR DIODE BAT54C-HAF 00mA/0V SOT- D60 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D604 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D605 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD D606 09G 64S56SEM 9JR SWITCHING BAS6WS 50mA 00V SOD FB006 07G 56A M 9JR CHIP BEAD R/000mA FB0 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB0 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB04 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB05 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB06 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB07 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB04 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB05 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB05 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB054 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB5 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB5 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB5 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB54 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB55 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB56 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB57 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB58 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB59 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB60 07G 59C800 M 9JR CHIP BEAD 80 OHM mA FB404 07G 56A M 9JR CHIP BEAD R/000mA FB405 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB406 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB45 07G 59D TA 9JR CHIP BEAD 0R/600mA FCM608KF-T06 FB45 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB50 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB50 07G 59C60 TA 9JR CHIP BEAD 600R/00mA FCM608K-60T0 FB504 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB505 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB606 07G 56A M 9JR CHIP BEAD R/000mA FB607 07G 56A M 9JR CHIP BEAD R/000mA FB608 07G 56A M 9JR CHIP BEAD R/000mA FB70 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB70 07G 59A TA 9JR CHIP BEAD 0R/000mA HCB608KF-T0 FB705 07G 56A M 9JR CHIP BEAD R/000mA FB706 07G 56A M 9JR CHIP BEAD R/000mA FB707 07G 56A M 9JR CHIP BEAD R/000mA FB708 07G 56A M 9JR CHIP BEAD R/000mA 80

181 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK FB75 07G 56A M 9JR CHIP BEAD R/000mA L00 07T 689 TA 9JR CHIP INDUCTOR U8 0% FCI608F-R8K L00 07T 689 TA 9JR CHIP INDUCTOR U8 0% FCI608F-R8K L050 07G 68 TA 9JR CHIP INDUCTOR UH +-0% 0.8R L05 07G 68 T 9JR CHIP INDUCTOR 0.UH 0% MLF608DRKT L05 07G 68 T 9JR CHIP INDUCTOR 0.UH 0% MLF608DRKT L60 07G 5990 H 9JR CHOKE COIL 47UH 0% L470S HA L60 07G 5990 H 9JR CHOKE COIL 47UH 0% L470S HA L60 07G 5990 H 9JR CHOKE COIL 47UH 0% L470S HA L604 07G 5990 H 9JR CHOKE COIL 47UH 0% L470S HA L70 07G5S 96 M 9JR SMD CHOKE.5UH 0% 0.05R 9A L70 07G5S 96 M 9JR SMD CHOKE.5UH 0% 0.05R 9A Q05 057G JR DIGITAL TR DTC6TK SMT Q06 057G JR DIGITAL TR DTC6TK SMT Q50 057G JR SMALLTRAN BC847C SOT- Q5 057G 759 9JR RK700FD5T6 SOT- BY ROHM Q5 057G 759 9JR RK700FD5T6 SOT- BY ROHM Q57 057G JR SMALLTRAN BC847C SOT- Q G 759 9JR RK700FD5T6 SOT- BY ROHM Q50 057G 759 9JR RK700FD5T6 SOT- BY ROHM Q40 057G 475 9JR MMBT904 Q40 057G 475 9JR MMBT904 Q50 057G JR SMALLTRAN BC847C SOT- Q50 057G JR SMALLTRAN BC847C SOT- Q G JR SMALLTRAN BC847C SOT- Q G JR SMALLTRAN BC847C SOT- Q G JR SMALLTRAN BC847C SOT- Q60 057G 47 8 T 9JR PMBT904 SOT- Q60 057G 47 8 T 9JR PMBT904 SOT- Q60 057G 4059 T 9JR BC857C Q G 475 9JR MMBT904 Q65 057G 475 9JR MMBT904 Q65 057G 475 9JR MMBT904 Q65 057G 475 9JR MMBT904 Q70 057G JR SMALLTRAN BC847C SOT- Q70 057G 76PH 9JR FET POW SM SI544DC(VISH)R Q70 057G JR SMALLTRAN BC847C SOT- Q75 057G JR MOSFET AON44 DFN Q75 057G JR SMALLTRAN BC847C SOT- R00 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R00 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R00 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R004 06G JI 9JR RST R 5% /6W R005 06G JI 9JR RST R 5% /6W R006 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R007 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R008 06G JI 9JR RST R MAX /6W R009 06G JI 9JR RST R MAX /6W R00 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G JI 9JR RST R MAX /6W R0 06G JI 9JR RST R MAX /6W R0 06G JI 9JR RST R MAX /6W R04 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R05 06G0405 JI 9JR RST 040 5K 5% /6W R06 06G JI 9JR RST R MAX /6W R07 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R08 06G JI 9JR RST R 5% /6W R09 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R00 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G JI 9JR RST R MAX /6W R04 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R07 06G JI 9JR RST R MAX /6W R08 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R09 06G JI 9JR RST R MAX /6W R00 06G04047 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST R 5% /6W TA-I 8

182 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R0 06G04047 JI 9JR TEST ONLY RST R 5% /6W TA-I R0 06G JI 9JR RST R MAX /6W R5 06G JI 9JR RST R MAX /6W R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R5 06G JI 9JR RST R 5% /6W R54 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R55 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R56 06G JI 9JR RST R 5% /6W R57 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R58 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R59 06G JI 9JR RST R 5% /6W R6 06G JI 9JR RST R 5% /6W R6 06G04080 JI 9JR RST 040 8R 5% /6W R64 06G JI 9JR RST R 5% /6W R65 06G04080 JI 9JR RST 040 8R 5% /6W R66 06G JI 9JR RST R 5% /6W R67 06G04080 JI 9JR RST 040 8R 5% /6W R68 06G JI 9JR RST R MAX /6W R69 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R70 06G JI 9JR RST R 5% /6W R7 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R7 06G JI 9JR RST R MAX /6W R7 06G JI 9JR RST R 5% /6W R74 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R75 06G JI 9JR RST R 5% /6W R76 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R77 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R78 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R8 06G JI 9JR RST R MAX /6W R8 06G JI 9JR RST R MAX /6W R84 06G040400FI 9JR RST R % /6W R85 06G040000FI 9JR RST R % /6W TA-I R86 06G JI 9JR RST R MAX /6W R87 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R88 06G JI 9JR TEST ONLY RST R 5% /6W TA-I R89 06G JI 9JR RST R MAX /6W R90 06G JI 9JR RST R MAX /6W R9 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R9 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R9 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R94 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R95 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R96 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R97 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R98 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R99 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R00 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R0 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R04 06G0600 JI 9JR RST R 5% /0W TA-I R05 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R06 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R09 06G JI 9JR RST R MAX /6W R0 06G JI 9JR RST R MAX /6W R 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R4 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R50 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R55 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R56 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R58 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R60 06G JI 9JR RST R MAX /6W 8

183 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R64 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R65 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R66 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R67 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R68 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R69 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R70 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R74 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R75 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R76 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R77 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R78 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R79 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R80 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R8 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R8 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R8 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R84 06G JI 9JR RST R MAX /6W R85 06G06006 JI 9JR60000 RST CHIP R 0M /0W 5% TA-I R86 06G JI 9JR RST M 5% /0W TA-I R87 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R88 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R89 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R90 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R9 06G JI 9JR RST R 5% /6W R9 06G JI 9JR RST R 5% /6W R9 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R94 06G0400FY 9JR RST CHIP.K /6W % R95 06G0400FI 9JR TEST ONLY RST 040 K % /6W TA-I R7 06G JI 9JR RST R MAX /6W R8 06G040509FI 9JR RST 040 5R % /6W TA-I R9 06G040509FI 9JR RST 040 5R % /6W TA-I R0 06G JI 9JR RST R MAX /6W R 06G040500FI 9JR TEST ONLY RST CHIP 50R /6W % TA-I R 06G040509FT 9JR RST CHIPR OHM +-% /6W R 06G JI 9JR RST R MAX /6W R0 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R6 06G04004 JI 9JR TEST ONLY RST K 5% /6W TA-I R7 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R8 06G JI 9JR RST R MAX /6W R4 06G JI 9JR RST R MAX /6W R4 06G040509FI 9JR RST 040 5R % /6W TA-I R70 06G JI 9JR RST R MAX /6W R7 06G JI 9JR RST R MAX /6W R7 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R7 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R40 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R404 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R405 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R406 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R408 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R40 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R40 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R40 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R40 06G JI 9JR RST R MAX /6W R404 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R405 06G JI 9JR RST R MAX /6W R406 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R407 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R408 06G040400FI 9JR RST R % /6W 8

184 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R40 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G JI 9JR RST R MAX /6W R44 06G JI 9JR RST R MAX /6W R450 06G JI 9JR RST R MAX /6W R45 06G JI 9JR RST R 5% /6W R45 06G JI 9JR RST R MAX /6W R45 06G JI 9JR RST R MAX /6W R454 06G JI 9JR RST R MAX /6W R455 06G JI 9JR RST R MAX /6W R456 06G JI 9JR RST R MAX /6W R457 06G JI 9JR RST R MAX /6W R458 06G JI 9JR RST R MAX /6W R459 06G JI 9JR RST R MAX /6W R460 06G JI 9JR RST R MAX /6W R46 06G JI 9JR RST R MAX /6W R46 06G JI 9JR RST R MAX /6W R46 06G JI 9JR RST R MAX /6W R464 06G JI 9JR RST R MAX /6W R465 06G JI 9JR RST R MAX /6W R466 06G JI 9JR RST R MAX /6W R467 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R468 06G FI 9JR TEST ONLY RST R % /6W TA-I R469 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R470 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R47 06G04050FI 9JR60000 TEST ONLY RST K % /6W TA-I R47 06G04000FI 9JR TEST ONLY RST 040 K % /6W TA-I R47 06G JI 9JR RST R MAX /6W R474 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R475 06G JI 9JR RST R MAX /6W R476 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R477 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R478 06G0400FI 9JR TEST ONLY RST 040.K % /6W TA-I R479 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R48 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R48 06G040 JI 9JR RST 040 0R 5% /6W TA-I R48 06G040 JI 9JR RST 040 0R 5% /6W TA-I R40 06G0405 JI 9JR RST 040 5K 5% /6W R40 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R40 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R404 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R405 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R406 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R407 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R408 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R40 06G JI 9JR RST R MAX /6W R4 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R4 06G JI 9JR RST R MAX /6W R44 06G0400 JI 9JR RST 040 R 5% /6W TA-I R45 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R46 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R47 06G04004 JI 9JR TEST ONLY RST K 5% /6W TA-I R48 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R49 06G JI 9JR RST R MAX /6W R40 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R4 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R4 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R4 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R44 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R45 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R46 06G JI 9JR RST R MAX /6W R47 06G0400 JI 9JR TEST ONLY RST 040 R 5% /6W TA-I R49 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R40 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G0400FY 9JR RST CHIP.K /6W % 84

185 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R4 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R4 06G040680FT 9JR RST CHIPR 6K8 +-% /6W TZAI YUAN R47 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R49 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R44 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R44 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R44 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R444 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R445 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R447 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R50 06G JI 9JR RST R MAX /6W R50 06G0407 JI 9JR60000 RST 040 7K 5% /6W R504 06G JI 9JR RST R MAX /6W R58 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R59 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R50 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R54 06G0400 JI 9JR RST 040 R 5% /6W TA-I R55 06G JI 9JR RST K 5% /6W TA-I R56 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R57 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R58 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R59 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R50 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R5 06G JI 9JR RST K 5% /6W TA-I R5 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R5 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R54 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R55 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R56 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R57 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R58 06G0400 JI 9JR RST 040 R 5% /6W TA-I R59 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R54 06G040800FT 9JR RST CHIP 80R /6W % TZAI YUAN R545 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R546 06G04040FI 9JR RST K % /6W R547 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R548 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R549 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R550 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R55 06G040809FT 9JR60000 RST 040 8R % /6W R55 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R55 06G04004 JI 9JR TEST ONLY RST K 5% /6W TA-I R554 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R555 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R564 06G JI 9JR RST R MAX /6W R569 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R570 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R57 06G040000FI 9JR RST R % /6W TA-I R57 06G040000FI 9JR RST R % /6W TA-I R57 06G040000FI 9JR RST R % /6W TA-I R574 06G040000FI 9JR RST R % /6W TA-I R575 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R576 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R577 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R60 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R60 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R604 06G04050FI 9JR TEST ONLY RST 040 5K % /6W TA-I R605 06G06000 JI 9JR TEST ONLY RST 060 0R 5% /6W TA-I R607 06G04050FI 9JR TEST ONLY RST 040 5K % /6W TA-I R60 06G06080FT 9JR RST 060 8K % /0W R6 06G06080FT 9JR RST 060 8K % /0W R6 06G04045FI 9JR RST K % /6W TA-I R6 06G04045FI 9JR RST K % /6W TA-I R64 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R66 06G JI 9JR RST R MAX /6W 85

186 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R67 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R68 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R69 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R60 06G JI 9JR RST R MAX /6W R6 06G0400 JI 9JR RST 040 R 5% /6W TA-I R6 06G04047 JI 9JR TEST ONLY RST K 5% /6W TA-I R66 06G0400 JI 9JR RST 040 0K 5% /6W R67 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R68 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R60 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R6 06G JI 9JR TEST ONLY RST R MAX /6W TA-I R6 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R64 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R65 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R67 06G0400 JI 9JR RST 040 0K 5% /6W R640 06G04004 JI 9JR TEST ONLY RST K 5% /6W TA-I R64 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R64 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R644 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R646 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R647 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R650 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R65 06G04000 JI 9JR RST 040 0R 5% /6W TA-I R65 06G04000 JI 9JR RST 040 0R 5% /6W TA-I R654 06G04000 JI 9JR RST 040 0R 5% /6W TA-I R655 06G0400 JI 9JR RST 040 R 5% /6W TA-I R656 06G0400 JI 9JR RST 040 R 5% /6W TA-I R657 06G0400 JI 9JR RST 040 R 5% /6W TA-I R66 06G0408FY 9JR RST CHIP 8.K /6W % YAGEO R66 06G0400 JI 9JR RST 040 R 5% /6W TA-I R66 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R665 06G FI 9JR60000 RST R % /6W R666 06G FI 9JR60000 RST R % /6W R667 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R668 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R669 06G04000 JI 9JR RST 040 0R 5% /6W TA-I R670 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R67 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R67 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R67 06G JI 9JR60000 RST R 5% /6W R674 06G JI 9JR60000 RST R 5% /6W R675 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R676 06G04040FI 9JR TEST ONLY RST 040 4K % /6W TA-I R679 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R688 06G04040FI 9JR TEST ONLY RST 040 4K % /6W TA-I R689 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R69 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R69 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R70 06G0400 JI 9JR TEST ONLY RST R 5% /6W TA-I R70 06G0407 JI 9JR60000 RST 040.7K 5% /6W R704 06G040 JI 9JR RST 040 K 5% /6W R705 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R706 06G040 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R7 06G06000FY 9JR RST CHIP 0R % /0W R74 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R75 06G04075 JI 9JR60000 RST K 5% /6W R76 06G0400 JI 9JR TEST ONLY RST 040 K 5% /6W TA-I R78 06G040000FI 9JR60000 RST CHIP 00R /6W % TA-I R70 06G0600FI 9JR RST 060 K % /0W R7 06G0400FI 9JR TEST ONLY RST 040 K % /6W TA-I R7 06G040000FI 9JR60000 RST CHIP 00R /6W % TA-I R74 06G06000 JI 9JR RST 06 MAX0R05 5% /4W R76 06G060709FT 9JR RST CHIP 7R /0W % R77 06G0405 JI 9JR RST K 5% /6W R79 06G0400FI 9JR TEST ONLY RST 040 K % /6W TA-I R70 06G04000FI 9JR RST CHIP 00K /6W % TA-I R7 06G04075 JI 9JR60000 RST K 5% /6W 86

187 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK R7 06G06000 JI 9JR RST 06 MAX0R05 5% /4W R74 06G04047 JI 9JR TEST ONLY RST CHIP 4.7K 5% /6W TA-I R76 06G04080FI 9JR TEST ONLY RST K % /6W TA-I R77 06G04080FI 9JR TEST ONLY RST K % /6W TA-I R75 06G0405 JI 9JR RST 040 5K 5% /6W R75 06G0405 JI 9JR RST K 5% /6W R754 06G06000 JI 9JR RST 06 MAX0R05 5% /4W R755 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R756 06G06000FY 9JR RST CHIP 0R % /0W R757 06G06009 JI 9JR RST 060 R 5% /0W R758 06G04075 JI 9JR60000 RST K 5% /6W R759 06G04090FI 9JR TEST ONLY RST 040.9K % /6W TA-I R760 06G0400FI 9JR TEST ONLY RST 040 K % /6W TA-I R76 06G0600FI 9JR RST 060 K % /0W R764 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I R766 06G0400 JI 9JR TEST ONLY RST 040 0K 5% /6W TA-I RP005 06G 64708JY 9JR RST CHIP 47R /6W 8P4R 5% RP40 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W RP40 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W RP404 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W RP405 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W RP406 06G 608JY 9JR RST CHIP AR 8P4R 00OHM +-5% /6W TH G 56A050 WT 9JR SMD PTC 0.5A KMCS050RY 06 U G JR IC G550MTU A SOT-5 U0 056G 575 9JR DEMODULATOR MT55AE/A LQFP-8 U05 056G JR IC G94TU SOT-5 U0 056G 4 9JR M4C0-WMN6TP U40 056G JR SCALER MT566CAOU LQFP-56 U40 056G 65 9JR DRAM NT5CB64M6AP-CF WBGA-96 Gb U TPB5600 9JR NAND Flash Assy (U405) U G JR TRANSCEIVER MAXECUE TSSOP-6 U TPB5600 9JR Serial IIC EEPROM Assy (U409) (AUO-Panas U40 056G JR RESET TLV809KDBVR.9V SOT- U G JR IC TS5A57DCKR SC70 U50 056G JR Others TMDS5PAGR TQFP64 U50 056G74LS 0 9JR Logic SN74LVCG5DBVR SOT- U50 056G 4 9JR M4C0-WMN6TP U G 4 9JR M4C0-WMN6TP U60 056G JR IC DAC WM854GEDT/R TSSOP-6 WOLFSON U60 056G JR AUDIO TAS577L 0W HTQFP-48 U60 056G JR IC NJM4580V-TE SSOP8 U G 507 9JR LDO AS78LRTR-G 0.A V SOT-89 U G JR Multiplexer CD405BPWR TSSOP-6 U70 056G JR DC/DC TPS549RTER QFN-6 U70 056G JR DC/DC TPS549RTER QFN-6 U70 056G JR AZ7D-ADJTRE TO-5- U G JR AZ7D-ADJTRE TO-5- U75 056G JR IC G90T6UF 0.6A/.V SOT- U G JR IC G965-5ADJPIUF.8A SOP-8 X00 09G S9 C 9JR CRYSTAL 7MHz 0P SMD-5.0x. X450 09G S90 C 9JR CRYSTAL 7MHz 7M 0ppm 0PF ZD065 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD066 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD067 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD068 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD069 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD070 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD07 09G 9GA8 T 9JR RLZB ZD07 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD50 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD5 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD5 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD5 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD54 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD55 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD60 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD6 09G 9S 4 T 9JR UDZSNP5.6B ROHM 87

188 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK ZD6 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD6 09G 9S 4 T 9JR UDZSNP5.6B ROHM ZD64 09G 9S 4 T 9JR UDZSNP5.6B ROHM 88

189 [] CABINET PARTS(LC-9LE40E) LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK

190 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK NO. PARTS CODE Sharp Code DESCRIPTION CABINET PARTS(LC-9LE40E(AUO)) 705TZASK7 9JR BEZEL ASSY 078G05A 8 M 9JR SPEAKER 6 OHM.5W 80X 0/80 750TBU85XD4HN000 9JR LCD M85XW0 VDS0 WH AUO 4 705GZBCS00 9JR MAIN PCB Assy(Panasonic tuner) 5 ADTVB4060PA 9JR POWER PCB ASSY 6 KEPFBAA 9JR KEY PCB ASSY 7 IRPFBAA 9JR IR PCB ASSY 8 705TZASK7 9JR REAR COVER ASSY 9 705TZASK7 9JR BASE ASSY 0 705TZASK75 9JR COVER _NECK ASSY 90

191 CABINET PARTS(LC-LE40E) LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK

192 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK NO. PARTS CODE Sharp Code DESCRIPTION CABINET PARTS(LC-LE40E(AUO)) 705TZA4609 9JR BEZEL ASSY 078G05A 9 M 9JR SPEAKER 6 OHM.5W 80X 40/0 750TBU5HB5HN000 9JR LCD M5HW0 VBSB WH AUO 4 705GZBCS0 9JR MAIN PCB Assy(LG TUNER) 5 ADTVB4060PA 9JR POWER PCB ASSY 6 KEPFBAA 9JR KEY PCB ASSY 7 IRPFBAA 9JR IR PCB ASSY 8 705TZA460 9JR REAR COVER ASSY 9 705TZA46 9JR BASE ASSY 0 705TZA46 9JR COVER _NECK ASSY 9

193 CABINET PARTS(LC-6LE40E) LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK

194 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK NO. PARTS CODE Sharp Code DESCRIPTION CABINET PARTS(LC-6LE40E(AUO)) 705TZASK75 9JR BEZEL ASSY 078G055A Y 9JR SPEAKER 6 OHM 5.5W 0X5.8 0/0 750TBU60W647N000 9JR LCD T60XW06 V400 WJ AUO 4 705GZBCS0 9JR MAIN PCB ASSY(Panasonic TUNER) 5 PLTVBG684APA 9JR POWER PCB ASSY 6 KEPFBAA 9JR KEY PCB ASSY 7 IRPFBAA 9JR IR PCB ASSY 8 705TZASK754 9JR REAR COVER ASSY 9 705TZASK750 9JR STAND ASSY 0 705TZASK75 9JR BRACKET _NECK ASSY 94

195 CABINET PARTS(LC-LE40E) LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK

196 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK NO. PARTS CODE Sharp Code DESCRIPTION CABINET PARTS(LC-LE40E(AUO)) P4T0546ACNAT000 9JR BEZEL _40_entry 078G0A M 9JR SPEAKER 6 OHM W 0X /80 750TBU5W6N000 9JR LCD T5XW06 V0 SZ AUO 4 705GZBCS0 9JR MAIN PCB ASSY(Panasonic TUNER) 5 ADTVB404PA 9JR POWER PCB ASSY 6 KEPFBAA 9JR KEY PCB ASSY 7 IRPFBAA 9JR IR BOARD 8 P4T054PAT T000 9JR REAR COVER _40_EU 9 705TZA4589 9JR STAND ASSY 0 705TZA508 9JR BRACKET _HINGE ASSY 96

197 [] SUPPLIED ACCESSOORIES LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK 97

198 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK [4] 9" PACKING PARTS SHARP 98

199 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK NO. PARTS CODE Sharp Code DESCRIPTION PACKING PARTS (LC-9LE40E(AUO)) SET BODY 705TZASK7 9JR BASE ASSY P44G900 9JR CUSHION EPS _TOP 4 P44G900 9JR CUSHION EPS _BTM 5 P44G9084 A 9JR CARTON 6 089G04A5NLS 9JR POWER CORD.5M PE8C5ZB90A-04B 7 098GRABDNESPJ 9JR REMOTE SHARP RC-SHARP-40 8 P45G JR PE BAG(560X mm) 9 705TZA4CA 9JR DFU ASSY(Western Europe)( North Europe) 0 705TZA4CA 9JR DFU ASSY(Eastern Europe) 99

200 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK [4] " PACKING PARTS SHARP 00

201 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK NO. PARTS CODE Sharp Code DESCRIPTION PACKING PARTS (LC-LE40E(AUO)) SET BODY 705TZA46 9JR BASE ASSY P44GC0080 9JR CUSHION EPS _TOP 4 P44GC0080 9JR CUSHION EPS _BTM 5 P44GC00884 A 9JR CARTON 6 089G04A5NLS 9JR POWER CORD.5M PE8C5ZB90A-04B 7 098GRABDNESPJ 9JR REMOTE SHARP RC-SHARP-40 8 P45G JR PE BAG(560X mm) 9 705TZA4CA 9JR DFU ASSY(Western Europe)( North Europe) 9 705TZA4CA 9JR DFU ASSY(Eastern Europe) 0

202 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK 6" PACKING PARTS 0

203 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK NO. PARTS CODE Sharp Code DESCRIPTION PACKING PARTS (LC-6LE40E(AUO)) SET BODY 705TZASK750 9JR STAND ASSY P44GE000 9JR CUSHION-TL EPS 4 P44GE000 9JR CUSHION-TR EPS 5 P44GE0084 A 9JR CARTON 6 089G04A5NLS 9JR POWER CORD.5M PE8C5ZB90A-04B 7 098GRABDNESPJ 9JR REMOTE SHARP RC-SHARP-40 8 P45T JR PE BAG(800X mm) 9 705TZA4CA 9JR DFU ASSY(Western Europe)(North Europe) 0 705TZA4CA 9JR DFU ASSY(Eastern Europe) P44GE000 9JR CUSHION-BL EPS P44GE0040 9JR CUSHION-BR EPS 0

204 LC-9LE40E/UK, LC-LE40E/UK, LC-6LE40E/UK, LC-LE40E/UK " PACKING PARTS 04