Microsoft Word - _2_ PD31ABC_PA31ABC_Product spec_Rev18_

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1 液晶电视机维修手册 系列 : 型号名 : 注意 : 维修电视机以前请仔细阅读本维修手册 P/NO :MFL(-RV) 中国印刷

2 电路图

3 . K /. uf ohms/volt. volt RMS A Volt-meter Ω Ω To Instrument s exposed MTALLI PARTS.uF Good arth Ground such as WATR PIP, ONDUIT etc.. Kohm/W Ω - -

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6 . 适用范围. 此规格仅适用于 L LM 主板的 LG 液晶电视机 规格性能 主板 型号名 市场 品牌 L //L-D /L- L- //L-A hina LG /L-F ///L-R LM L-D, L-A hina LG. 规格 无特殊要求各个部品按照如下方法测试. 温度 : ± (± ), ST : ±. 湿度 : ±% 电压标准输入电压 (~V@ Hz), * 每个型号的标准输入电压都在产品上有标注. 每个产品部品的规格和性能都与 OM 中相应的 P/NO 的图纸和性能相同. 调整前, 接收器必须先操作 分钟. 测试方法. 性能 : 根据 LG TV 测试标准. 其它规格要求安全 :, I 规格 M :, I

7 . 产品规格序号项目规格备注. Market. roadcasting syste m hina Hong Kong ) PAL-DK ) PAL-I ) NTS-M ) DTM ) DV-. hannel Storage A. hannel overage. Receiving system Digital TV DTM : ~ DV- :. MHz ~MHz Analogue TV PAL D/K : VHF/UHF ~, able ~ PAL I : VHF/UHF ~, able ~ NTS M : VHF/UHF ~, able ~ Analog : Upper Heterodyne Digital : OFDM, QAM Hong Kong : //L-D only DTM : DM-T + ADT-T Maximum number of storable program for ATV /DTV (For Hong Kong) Digital TV DTM : ~ DV- :. MHz ~MHz Analogue TV PAL D/K : VHF/UHF ~, able ~ PAL I : VHF/UHF ~, able ~ NTS M : VHF/UHF ~, able ~ DTM ( arrier, ode Rate, onstellation, Frame Header, Interle aving ) *. hina - MOD :,., QAM, PN,,.Mbps - MOD :,., QAM, PN,,.Mbps - MOD :,., QAM, PN,,.Mbps - MOD :,., QAM, PN,,.Mbps - MOD :,., QAM, PN,,.Mbps - MOD :,., QAM, PN,,.Mbps - MOD :,., QAM, PN,,.Mbps *. HONG KONG - MOD :,./., //QAM, PN, QPSK : /, /, /, /, / -QAM : /, /, /, /, / -QAM : /, /, /, /, / DV- - Symbolrate :.Msymbols/s to.msymbols/s - Modulation : QAM, -QAM, -QAM and -QAM Video(omposite) I. nput PAL DK/I, NTS Rear A. omponent Input Y/b/r, Y/Pb/Pr Rear A. HDMI Input HDMI-DTV/DVI HDMI-DTV P(HDMI version.), Support HDP. Audio Input omponent, AV L/R Input. US For My Media(Movie/Photo/Music List) o r SV A(JPG, MP, DivX HD). 外部输入模式分量属于 (Y, P, PR)

8 序号 Specification 分辨率 H-freq(kHz) V-freq(Hz)... SDTV, DVD i... SDTV, DVD i... p... p... SDTV, DVD Line... HDTV p... HDTV p... HDTV p... HDTV p... HDTV i... HDTV i... HDTV i... HDTV p. HDTV p.. HDTV p. HDTV p. HDTV p.. HDTV p. HDTV p HDMI 输入 DTV 模式 序号 Resolution H-freq(kHz) V-freq.(kHz) Pixel clock(mhz) Proposed. *. /.. /./. SDTV P. *. SDTV P. *.. HDTV P. *. /. /./. HDTV P. *. /.. /./. HDTV I. *... HDTV I. *. /. /./. HDTV P. *./../.. HDTV P. *.. HDTV P. *. /.. /./. HDTV P P 模式 序号 Resolution H-freq(kHz) V-freq.(Hz) Pixel clock (MHz) Proposed Remarks. GA. DOS. VSA(VGA). VSA(SVGA). VSA(XGA). VSA. *@Hz.. VSA(SXGA) FHD only. VSA(WXGA). WUXGA (Reduced lanking) FHD only *HDMI DID Data 请参考调整规格书

9 US 输入 图片 / 音乐 序号 xtension 项目 Profile Remark SOF : baseline Support File type SOF : xtend Sequential SOF : Progressive PHOTO JPG, JPG, JP MUSI MP Picture Size it rate Sample freq. Support Min : * Max : - Normal type : (W)*(H) - Progressive type : (W) * (H) kbps~kbps khz~khz MPG, MPG, MPG. Layer, Layer MOVI VIDO 序号项目规格备注 MPG MPG VO DAT TS TRP TP MP xtended name Video Size Video Format Audio Format xtended name Video Size Video Format Audio Format xtended name Video Size Video Format Audio Format xtended name Video Size Video Format Audio Format mpg, mpeg, vob X FPS X FPS X FPS X FPS MPG-, MPG- A, MPG, MP, PM dat X FPS X FPS X FPS X FPS MPG- A, MPG, MP, PM ts, trp, tp X FPS X FPS X FPS X FPS MPG-, H. A, AA, MPG mp X FPS X FPS X FPS X FPS MPG- SP, MPG- ASP, DivX., DivX., DivX.x, DivX, Xvid., Xvod., Xvid., Xvid., Xvid.-beta, Xvid.-beta, H. A, A, HAA, AA, MPG, MP, PM H. : profile level. H. : profile level.

10 序号 项目 规格 备注 xtended name avi X FPS Video Size X FPS X FPS AVI X FPS MPG-, MPG- SP, MPG- H. : Video ASP, DivX., DivX, DivX, DivX, Xvid., Xvod., Xvid., Xvid., profile level Format Xvid.-beta, Xvid.-beta, H.,. Audio Format A, A, HAA, AA, MPG, MP, PM xtended name mkv X FPS Video Size X FPS X FPS MKV X FPS DIVX Video Format Audio Format xtended name Video Size Video Format Audio Format H., MPG-, MPG-, MPG- SP, MPG- ASP, AV A, A, HAA, AA, MPG, MP, PM DivX X FPS X FPS X FPS X FPS MPG-, MPG- SP, MPG- ASP, DivX., DivX, DivX, DivX, Xvid., Xvod., Xvid., Xvid., Xvid.-beta, Xvid.-beta, H. A(Dolby Digital), A, HAA, AA, MPG, MP, PM H. : profile level. H. : profile level. * US 下载 (*.epk 文件下载 ). 插上存有新软件的 US. 自动检测到 US 中的软件升级 软件升级 - 如果 US 版本过低, 将不能运行 ; 如果高于现有版本,US 数据就能自动检测到. 显示消息如下, 然后选择 opying files from memory

11 .. 软件开始更新. 更新结束后, 电视将自动重启 电视机打开后, 检查您的更新后的软件版本和 Tool option. ( 下页将介绍 Tool option) * 如果下载版本高于现有电视, 电视会将原有的节目信息取消. 如果这样的话, 您需要重新搜索节目频道 如果所有节目被清除, 您不需要在生产线上进行 DTV/ATV 测试 * 下载结束后, 您需要再调整 TOOL ION.. 按下工厂服务遥控器上的 "IN-START" 按键.. 选择 "Tool Option " 然后按 OK 按键.. 输入数字 ( 每个型号都有他们的数字.) Model Module Tool opt Tool opt Tool opt Tool opt Tool opt Tool opt L##-# SHARP L##-# LGD L##-# LGD L#-# LGD L#-# LGD L#-# LGD L#-# LGD L##-# INX L##-# LGD L##-# LGD

12 [L] lock Diagram SID US (JK) HDMI(MHL) (JK) SID_US_DM/DP US_OP/TL +V_US V_HDMI_ TPS AVDDV_MHL,MHL_OP K+/-, D+/-, D+/-, D+/-,_HDMI, DD_SL/SDA_, HDMI_ MHL_D_SNS SPI_SK/SDI/SDO/S I_SL/SDA I Serial Flash (Mbit) I System PROM (Kbit) I Slot(P) NAND FLASH I (Gbit) HUGFTR- TLXFT uffer PM_A[:] PM_DATA[:] TS_DATA[:] PM_A[:] Main SO X-tal M MA -M 내장 F_TS_DATA[] TU_SL / SDA SIF VS (I) AUD_MASTR_LK, AUD_LRH, AUD_LRK, AUD_SK AMP_SL/SDA TAS (I) SPK_L SPK_R RAR HDMI (JK) SPDIF(Optic) (JK) OMPONNT (JK) K+/-, D+/-, D+/-, D+/-_HDMI DD_SL/SDA_, HDMI_ SPDIF_OUT OMP_Y+/AV_VS_IN, OMP_Pb+/Pr+ OMP_L/R_IN KY/, LD_R, IR RXA+/-~RXA+/-, RXAK+/- RX+/-~RX+/-, RXK+/- onnector (P) (P) (P) P FHD LVDS wafer P HD LVDS wafer

13 XPLODD VIW IMPORTANT SAFTY NOTI Set + Stand A AW A LV Many electrical and mechanical parts in this chassis have special safety-related characteristics. These parts are identified by in the Schematic Diagram and XPLODD VIW. It is essential that these special safety parts should be replaced with the same components as recommended in this manual to prevent X-RADIATION, Shock, Fire, or other Hazards. Do not modify the original design without permission of manufacturer. opyright LG lectronics. Inc. All rights reserved. Only for training and service purposes - - LG Internal Use Only

14 L POWR LOK (POWR DTT ) FROM LIPS or POWR /D RL_ON +.V_ST +V +V +.V_ST R K R K uf V R K L PKT.uF.uF V +.V_ST R K R.K +.V_POWR_DT uf V +V_AP.uF +V_AP.uF V ZD V Q MMT(NXP) R +.V_DDR L LMPGSND Q MMT(NXP) L ML--P-N L ML--P-N L PKT +.V_Normal uf V R R K ZD V I AZH-ADJTRG IN OUT ADJ/.A PWR ON.V.V V V V P SMAW-HS R K /W % R /W %. DRV ON PDIM#.V PDMI# V V N L PKT R uf V +.V_Normal R K R PWM_DIM_PULL_DOWN R.K +.V_DDR ZD.V R K R K Q MMT(NXP) +.V_ST PWM_H_POWR R INV_TL PWM_DIM Vout=.*(+R/R)+Iadj*R R R R K PWM R.K %.uf V.uF V +V R.K % R.K % +V +V +.V_VDD ZD.V R K % R.K %.uf V +.V_POWR_DT R % +.V_POWR_DT +.V_ST.uF V R % uf V uf V uf V VDD pf R K RST_I_ROHM I DKG R K L PKT uf V I DKG R K % R K % VOUT VOUT Ready - Dual Power Det * Notice - Applying all inch models for LD L - Dual Power Det is used for detecting two kinds of voltage VDD +.V_VDD.uF V L.uH PD_+.V R-* % PD_+V R % POWR_DT_RST R % Detect Valtage.uF V +.V_ST R.K.uF Power Detect +.V Power Detect +V Power Detect +V R R THRMAL POWR_DT I TPSDDAR [P] OOT SS.uF VIN PH Now is O A Power_DT N OMP R VSNS.K %.uf RST_I_DIODS I-* APXD V RST pf I-* APXD V RST Power Detect activity Use ircuit Designator R, R-*, R R, R, R R, R +.V_Normal R K.uF V Vout=.*(+R/R) PANL_V POWR_ON/OFF_ PANL_TL L UW-F OHM +.V_ST R K.uF V R K +V +.V_Normal R K R K R.K R K R K R K.uF V Q MMT(NXP) uf V Q MMT(NXP) FT_.V_DIOD Q-* DMPL S FT_.V_AOS Q AO S G G D D FT_Diode Q DMPL S.uF V FT_NXP Q-* PMVXP S G G D D FT_NXP Q-* PMVXP S G R.K D L LMPGSND uf V PANL_V R.K +.V_Normal ZD V +V_Normal & +V_US with OP +V uf uf V /VUS_N (Active Low) +.V_Normal MHL_SW_TR R.K MHL_SW_TR R K MHL_SW_TR Q MHL_SW_TR R K MHL_SW_TR R K MHL_SW_TR Q R.K MHL_V_N US_TL R K +.V_Normal MHL_V_N R.K pf R.K R K R K pf R +.V_Normal R K N OMP SS ROS N_SW N_SW [P] VV THRMAL I TPSRGR FAULT PGOOD FAULT VIN_ SW_OUT VIN_ RLIM A P_ A R K % P_ SW_OUT ST LX_ LX_ F SW_IN_ SW_IN_ +V_US D MRLSFTG V.uF V V_HDMI_ L.uH uf V R AVDDV_MHL R K % R R R.K % pf +V_Normal uf V MHL_OP_N (Active High) MHL_SW_TR R K MHL_SW_TR Q /MHL_OP_DT US_OD R K uf V Vout=.*(+R/R) TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. L_MA Power_PD

15 US (SID) +V_US AUS--Z-(LG) JK US DOWN STRAM pf pf US_HDD_AP_uF ZD SD V uf V D RLAMPA US_HDD_AP_uF uf V uf V SID_US_DM SID_US_DP US_HDD_AP_uF -* uf V US_HDD_AP_uF -* uf V TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. L_MA US_S //

16 ODY_SHILD HOT_PLUG_DTT VDD[+V] DD/_ SDA SL RSRVD TMDS_LK_SHILD TMDS_LK+ TMDS_DATA_SHILD TMDS_DATA+ TMDS_DAT- TMDS_DATA- TMDS_DATA_SHILD TMDS_DATA+ TMDS_LK- TMDS_DATA- TMDS_DAT_SHILD TMDS_DAT+ HDMI (RAR / SID MHL) HDMI_ AG SHILD JK K+ D_ D+ D- D- D_ D+ D- D_ D+ V_HDMI_ R K R.K VA SD_HDMI_VARISTOR R.K V_DT_HDMI_ VA SD_HDMI VA SD_HDMI_VARISTOR VA-* uf V SD_HDMI_AP VA-* uf V SD_HDMI_AP Q MMT(NXP) R K VA SD_HDMI R K R R VA SD_HDMI D SD_HDMI_IP IPZ-TR D SD_HDMI_IP IPZ-TR HPD DD_SDA_ DD_SL_ HDMI_AR HDMI_ K-_HDMI K+_HDMI D-_HDMI D+_HDMI D-_HDMI D+_HDMI D-_HDMI D+_HDMI HDMI_ MHL JK-* DAADRA AG JK HDMI- HDMI-_MI_FOOSUNG VA SD_HDMI HP_DT V DD_DATA DD_LK N _RMOT K_ K+ D_ D+ D- D- D_ D+ K- D- D_ D+ V_HDMI_ R.K HDMI- SD_HDMI VA V_DT_HDMI_ R.K HDMI- VA.V SD_HDMI VA VA SD_HDMI HDMI- R VA SD_HDMI HDMI- R R VA SD_HDMI HDMI-.uF V HDMI- D R K HDMI- HPD SD_HDMI_IP IPZ-TR D SD_HDMI_IP IPZ-TR MHL Spec DD_SDA_ DD_SL_ HDMI_ K-_HDMI K+_HDMI D-_HDMI D+_HDMI D-_HDMI D+_HDMI D-_HDMI D+_HDMI MHL_D_SNS D-* TMDS_H- N_ TMDS_H+ N_ D-* TMDS_H- N_ TMDS_H+ N_ D-* TMDS_H- N_ TMDS_H+ N_ D-* TMDS_H- N_ TMDS_H+ N _ TMDS_H- N_ TMDS_H- N_ TMDS_H- N_ TMDS_H- N_ HDMI_ R _RMOT_S TMDS_H+ SD_HDMI_IP IPZ-TA N_ TMDS_H+ SD_HDMI_IP IPZ-TA N_ TMDS_H+ SD_HDMI_IP IPZ-TA N_ TMDS_H+ SD_HDMI_IP IPZ-TA N_ V_HDMI_ A +V_Normal MMD D V_HDMI_ A +V_Normal MMD D A +.V_ST MMD D D-* SD_HDMI_SMTH RLAMPPA D-* SD_HDMI_SMTH RLAMPPA D-* SD_HDMI_SMTH RLAMPPA D-* SD_HDMI_SMTH RLAMPPA R R R R.K.K.K.K DD_SDA_ DD_SDA_ DD_SL_ DD_SL_ TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. L_MA HDMI_R_S //

17 SPDIF SPDIF I JAK. Mstar ircuit Application +.V_Normal SPDIF_I JK JST- SPDIF_OUT V VINPUT Fiber Optic uf V SD Ready SPDIF_AP_pF pf SPDIF_AP_pF -* pf FIX_POL TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. N_L SPDIF //

18 TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. _DDR // N_SLR(MA) A-MW A-MA A-MDQL A-M A-MAS A-MA A-M R % DDR_XT A-MODT A-M A-MDQU A-MDQL A-MDQL.uF DDR_XT A-MA pf DDR_XT A-MDQSL A-MA RK% DDR_XT A-MVRFDQ A-MRST A-MK A-MDQL A-MDMU A-MVRFA R K% DDR_XT A-MDQL A-MA R K % DDR_XT A-MDQU R % DDR_XT A-MDQSU R K DDR_XT A-MA A-MA A-MDQU A-MDQSL A-MA R % DDR_XT pf DDR_XT A-MK A-MVRFDQ A-MDML A-MA A-MDQU A-MA A-MDQU A-MA A-MDQU A-MDQSU.uF DDR_XT A-MRAS A-MVRFA A-MDQU A-MDQU A-MDQL A-MA A-MDQL A-MA A-MDQL A-MA A-MA A-MK R K % DDR_XT +.V_DDR.uF.uF DDR_XT.uF DDR_XT.uF DDR_XT.uF DDR_XT.uF DDR_XT.uF DDR_XT.uF DDR_XT.uF DDR_XT.uF DDR_XT.uF DDR_XT.uF.uF HTQGDFR-P I-* DDR G_HYNIX_OLD AN A N A P P A N A P A P A R A R A T A R A/AP L A R / N A T N_ M A M A N M K J K K K K S L ODT K RAS J AS K W L RST T DQSL F DQSL G DQSU DQSU DML DMU D DQL DQL F DQL F DQL F DQL H DQL H DQL G DQL H DQU D DQU DQU DQU DQU A DQU DQU DQU A VRFA M VRFDQ H ZQ L VDD_ VDD_ D VDD_ G VDD_ K VDD_ K VDD_ N VDD_ N VDD_ R VDD_ R VDDQ_ A VDDQ_ A VDDQ_ VDDQ_ VDDQ_ D VDDQ_ VDDQ_ F VDDQ_ H VDDQ_ H N_ J N_ J N_ L N_ L N_ T VSS_ A VSS_ VSS_ VSS_ G VSS_ J VSS_ J VSS_ M VSS_ M VSS_ P VSS_ P VSS_ T VSS_ T VSSQ_ VSSQ_ VSSQ_ D VSSQ_ D VSSQ_ VSSQ_ VSSQ_ F VSSQ_ G VSSQ_ G uf V V uf DDR_XT uf uf uf uf uf +.V_DDR +.V_DDR +.V_DDR +.V_DDR +.V_DDR A-MA A-MA A-MA A-MA A-MA A-MA A-MA A-MA A-MA A-MA A-MA A-MA A-MA A-M A-M A-MA A-MA A-M A-MK A-MK A-MK A-MAS A-MW A-MRAS A-MODT A-MRST A-MDMU A-MDML A-MDQSU A-MDQSU A-MDQSL A-MDQSL A-MDQL A-MDQL A-MDQL A-MDQL A-MDQL A-MDQL A-MDQL A-MDQL A-MDQU A-MDQU A-MDQU A-MDQU A-MDQU A-MDQU A-MDQU A-MDQU R % A/_DDR_S A/_DDR_S HTQGFR-P I DDR G_HYNIX AN A N A P P A N A P A P A R A R A T A R A/AP L A R / N N_ T N_ M A M A N M K J K K K K S L ODT K RAS J AS K W L RST T DQSL F DQSL G DQSU DQSU DML DMU D DQL DQL F DQL F DQL F DQL H DQL H DQL G DQL H DQU D DQU DQU DQU DQU A DQU DQU DQU A VRFA M VRFDQ H ZQ L VDD_ VDD_ D VDD_ G VDD_ K VDD_ K VDD_ N VDD_ N VDD_ R VDD_ R VDDQ_ A VDDQ_ A VDDQ_ VDDQ_ VDDQ_ D VDDQ_ VDDQ_ F VDDQ_ H VDDQ_ H N_ J N_ J N_ L N_ L N_ T VSS_ A VSS_ VSS_ VSS_ G VSS_ J VSS_ J VSS_ M VSS_ M VSS_ P VSS_ P VSS_ T VSS_ T VSSQ_ VSSQ_ VSSQ_ D VSSQ_ D VSSQ_ VSSQ_ VSSQ_ F VSSQ_ G VSSQ_ G I LG(MA_M) MA_M _DDR_A[] _DDR_A[] F _DDR_A[] D _DDR_A[] _DDR_A[] _DDR_A[] _DDR_A[] F _DDR_A[] _DDR_A[] D _DDR_A[] _DDR_A[] F _DDR_A[] D _DDR_A[] D _DDR_A[] _DDR_A[] _DDR_A[] A _DDR_A[] D _DDR_A[] A _DDR_MLK _DDR_MLKZ _DDR_MLK _DDR_ODT _DDR_RASZ _DDR_ASZ _DDR_WZ D _RST F _DDR_S D _DDR_DQSL A _DDR_DQSU _DDR_DQML _DDR_DQMU D _DDR_DQSL _DDR_DQSU _DDR_DQL[] _DDR_DQL[] A _DDR_DQL[] _DDR_DQL[] _DDR_DQL[] _DDR_DQL[] _DDR_DQL[] _DDR_DQL[] _DDR_DQU[] F _DDR_DQU[] D _DDR_DQU[] D _DDR_DQU[] _DDR_DQU[] _DDR_DQU[] D _DDR_DQU[] D _DDR_DQU[] F ZQ I-* LG(MA_M) MA_M _DDR_A[] _DDR_A[] F _DDR_A[] D _DDR_A[] _DDR_A[] _DDR_A[] _DDR_A[] F _DDR_A[] _DDR_A[] D _DDR_A[] _DDR_A[] F _DDR_A[] D _DDR_A[] D _DDR_A[] _DDR_A[] _DDR_A[] A _DDR_A[] D _DDR_A[] A _DDR_MLK _DDR_MLKZ _DDR_MLK _DDR_ODT _DDR_RASZ _DDR_ASZ _DDR_WZ D _RST F _DDR_S D _DDR_DQSL A _DDR_DQSU _DDR_DQML _DDR_DQMU D _DDR_DQSL _DDR_DQSU _DDR_DQL[] _DDR_DQL[] A _DDR_DQL[] _DDR_DQL[] _DDR_DQL[] _DDR_DQL[] _DDR_DQL[] _DDR_DQL[] _DDR_DQU[] F _DDR_DQU[] D _DDR_DQU[] D _DDR_DQU[] _DDR_DQU[] _DDR_DQU[] D _DDR_DQU[] D _DDR_DQU[] F ZQ HTQGFFR-P I-* DDR G_HYNIX_NW AN A N A P P A N A P A P A R A R A T A R A/AP L A R / N A T N_ M A M A N M K J K K K K S L ODT K RAS J AS K W L RST T DQSL F DQSL G DQSU DQSU DML DMU D DQL DQL F DQL F DQL F DQL H DQL H DQL G DQL H DQU D DQU DQU DQU DQU A DQU DQU DQU A VRFA M VRFDQ H ZQ L VDD_ VDD_ D VDD_ G VDD_ K VDD_ K VDD_ N VDD_ N VDD_ R VDD_ R VDDQ_ A VDDQ_ A VDDQ_ VDDQ_ VDDQ_ D VDDQ_ VDDQ_ F VDDQ_ H VDDQ_ H N_ J N_ J N_ L N_ L N_ T VSS_ A VSS_ VSS_ VSS_ G VSS_ J VSS_ J VSS_ M VSS_ M VSS_ P VSS_ P VSS_ T VSS_ T VSSQ_ VSSQ_ VSSQ_ D VSSQ_ D VSSQ_ VSSQ_ VSSQ_ F VSSQ_ G VSSQ_ G KGG-K I-* DDR G_SS AN A N A P P A N A P A P A R A R A T A R A/AP L A R / N A T N_ M A M A N M K J K K K K S L ODT K RAS J AS K W L RST T DQSL F DQSL G DQSU DQSU DML DMU D DQL DQL F DQL F DQL F DQL H DQL H DQL G DQL H DQU D DQU DQU DQU DQU A DQU DQU DQU A VRFA M VRFDQ H ZQ L VDD_ VDD_ D VDD_ G VDD_ K VDD_ K VDD_ N VDD_ N VDD_ R VDD_ R VDDQ_ A VDDQ_ A VDDQ_ VDDQ_ VDDQ_ D VDDQ_ VDDQ_ F VDDQ_ H VDDQ_ H N_ J N_ J N_ L N_ L N_ T VSS_ A VSS_ VSS_ VSS_ G VSS_ J VSS_ J VSS_ M VSS_ M VSS_ P VSS_ P VSS_ T VSS_ T VSSQ_ VSSQ_ VSSQ_ D VSSQ_ D VSSQ_ VSSQ_ VSSQ_ F VSSQ_ G VSSQ_ G KGQ-K I-* DDR G_SS AN A N A P P A N A P A P A R A R A T A R A/AP L A R / N A T N_ M A M A N M K J K K K K S L ODT K RAS J AS K W L RST T DQSL F DQSL G DQSU DQSU DML DMU D DQL DQL F DQL F DQL F DQL H DQL H DQL G DQL H DQU D DQU DQU DQU DQU A DQU DQU DQU A VRFA M VRFDQ H ZQ L VDD_ VDD_ D VDD_ G VDD_ K VDD_ K VDD_ N VDD_ N VDD_ R VDD_ R VDDQ_ A VDDQ_ A VDDQ_ VDDQ_ VDDQ_ D VDDQ_ VDDQ_ F VDDQ_ H VDDQ_ H N_ J N_ J N_ L N_ L N_ T VSS_ A VSS_ VSS_ VSS_ G VSS_ J VSS_ J VSS_ M VSS_ M VSS_ P VSS_ P VSS_ T VSS_ T VSSQ_ VSSQ_ VSSQ_ D VSSQ_ D VSSQ_ VSSQ_ VSSQ_ F VSSQ_ G VSSQ_ G Lose to SaturnM I Lose to DDR Option : Ripple heck!!!

19 Serial Flash for SPI boot +.V_ST +.V_ST +.V_ST R.K SPI_FLASH_MARONIX I MXLMI-G R K /SPI_S SPI_SDO S# SO/SIO V HOLD#.uF /FLASH_WP WP# SLK SPI_SK R SI/SIO SPI_SDI SPI_FLASH_WINOND I-* WQVSSIG S V DO[IO] HOLD[IO] %WP[IO] LK DI[IO] TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. N_SLR(MA) S_FLASH //

20 LVDS_U [Pin LVDS onnector] (For FHD Hz) MO_FHD P FI-RS-HF-J-R FOR FHD RVRS(bit) hange in SLR MIRROR Pol-change RXA+ RXA+ RXA- [Pin LVDS onnector] (For HD Hz_Normal) MO_HD RXA- RXA+ RXA- RXA+ RXA+ RXA- P HR- VOM_SDA VOM_SL RXA+ LVDS_SL +.V_Normal R.K R K RXA- RXAK+ RXAK- RX+ RX- RXA+ RXA- RXA+ RXA- RX+ RXA- RX+ RX- RXAK+ RXAK- RXA+ RXA- RXA+ RXA- RX+ RXA+ RX- RX+ RXAK- RXAK+ RXA- RXA+ RXA- RXA+ RX- VOM_SDA VOM_SL RXA+ RXA- RXAK+ RXAK- RXA- RXA- RXA+ RX- RX+ RX- RX- RX+ RX- RX+ RX- RX+ RX+ RX- RXAK+ RXAK- RXK+ RXK- RX+ RX+ RX- RXK+ RX- RX+ RXK- RXA+ RXA- RX+ RX- RXK- RX+ RX- RX- RX+ RX- RXK+ RX- RX+ RXA+ RXA- LVDS_SL +.V_Normal RXA+ RXA- RX+ RX- RX+ RX- RX- RX+ R.K RXA+ RXA- RX+ RX- RX+ RX- RXK+ RXK- R MO_FHD FOR FHD RVRS(bit) hange in SLR MIRROR Pol-change Shift RXA+ RXA+ RXA- RXA- RXA- RXA+ RXA+ RXA+ RXA- RXA- RXA+ RXA- PANL_V R K RX+ RX- RXA- RXAK+ RXAK- RXA- RXA+ RXA- RXA+ RXA- RXA+ RXA+ RX- RX+ RX+ RX- RX+ RX- R MO_FHD R MO_FHD RX+ RX- RXA+ RXA- RXA+ RXA- RX+ RX+ RX- RXAK+ RXAK- RXA+ RXA- RX+ RX- RX+ RXAK- RXAK+ RXA- RXA+ RX- RXAK- RXAK+ RXA- RXA+ RXA- RXA+ RX- U pin assign is different from NON U. ecause of position of HD wafer. V-OM I PANL_V RX- RX+ RX- RX+ RX+ RX- RX+ RX- URSA/VOM_SL +.V_Normal RX- RX- RX+ RX+ URSA/VOM_SDA.uF V RXK+ RXK- RX+ RX+ RX- RX+ RX- RX+ RX- RX- RX+ RXK- VOM_I_PULL_UP R K VOM_I_PULL_UP R K RX- RX+ RX- RX- RXK+ RXK- RX+ RXK- RXK+ RXK+ RX- RX+ VOM_SL VOM_SDA VOM_I R R VOM_I URSA/VOM_SL URSA/VOM_SDA RX+ RX+ RX- RX- RX- RX- RX+ RX+ TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. L_MA LVDS_U..

21 I Region * Option name of this page : I_SLOT (because of Hong Kong) I SLOT +V_I_ON I_DATA[-] I TS INPUT +V_Normal R K LOS TO MSTAR /I_D I_TS_DATA[] I_TS_DATA[] I_TS_DATA[] I_TS_DATA[] I_IORD I_IOWR I_MDI[] I_MDI[] I_MDI[] I_MDI[] I_MDI[] I_MDI[] I_MDI[] I_MDI[] PM_RST /PM_WAIT RG I_TS_LK I_TS_VAL I_TS_SYN I_TS_DATA[] I_TS_DATA[] I_TS_DATA[] I_TS_DATA[] pf R R R R R /I_D AR AR LOS TO MSTAR +V_Normal +V_Normal R K R K R R K.uF K R uf V R I_SLOT_JAK P -LF G G R R.uF I_DATA[] I_DATA[] I_DATA[] I_DATA[] I_DATA[] I_DATA[] I_DATA[] I_DATA[] I_DATA[-] I_DATA[-] R K I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] /PM_ I_O I_W.uF I_ADDR[-] +V_Normal R K /PM_IRQA LOS TO MSTAR AR I_MDI[] I_MDI[] I_MDI[] I_MDI[] AR I_MDI[] I_MDI[] I_MDI[] I_MDI[] R I_MISTRT R I_MIVAL_RR R I_MLKI I HOST I/F I_DT PM_A[] AR I_ADDR[] I_ADDR[] I_ADDR[] PM_A[] I_ADDR[] PM_A[] PM_A[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_SYN F_TS_VAL_RR TLXFT F_TS_DATA[-] F_TS_LK I O UFFR_ORG A Y Y A Y A F_TS_DATA[-] +.V_Normal.uF V V O Y A Y A Y PM_A[] PM_A[] PM_A[] AR I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] I_MISTRT I_MIVAL_RR Y Y I_MLKI A PM_A[] I DTT OR_GAT_I_PHILIPS I LVGGW +.V_Normal +.V_Normal /I_D V /I_D A Y R K I_DATA[] I_DATA[] AR PM_D[] PM_D[] A OR_GAT_I_TI I-* SNLVGDKR V Y I-* TOSHIA LTRONIS KORA ORPORATION IN_ IN_A OR_GAT_I_TOSHIA V OUT_Y R R I_DT /PM_D I_DATA[-] I_DATA[] I_DATA[] I_DATA[] I_DATA[] I_DATA[] I_DATA[] AR PM_D[] PM_D[] PM_D[] PM_D[] PM_D[] PM_D[] PM_D[-] O I-* LXFT UFFR_I V PM_D[-] A O I POWR NAL ONTROL I_DATA[-] Y Y AR A PM_V_TL +V_Normal R K R IN N I APWG- OUT FLG uf V L LMPGSND R K +V_I_ON I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] I_ADDR[] RG AR AR PM_A[] PM_A[] PM_A[] PM_A[] PM_A[] PM_A[] PM_A[] /PM_RG Y A Y A Y Y A Y Y A I_O /PM_O I_W /PM_W I_IORD /PM_IORD I_IOWR /PM_IOWR TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. N_MA PMI..

22 THRNT * H/W option : THRNT JK RJVT-SN PHY_TP THRNT PHY_TN PHY_RP PHY_RN THRNT.uF THRNT.uF TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. N_MA LAN..

23 DV-S LN Part Allegro (Option:LN) Input trace widths should be sized to conduct at least A A Ouput trace widths should be sized to conduct at least A A LN D LN_SX D-* V D LN_SMA V +V_LN LN L SP-_ uh.a Max.A V LN.uF LN uf V LN uf V LN uf V LN uf V close to oost pin(#) A_ A_ A_ close to VIN pin(#) LN_OUT LN pf LN pf close to TUNR LN pf LN D lose to Tuner Surge protectioin LN R.K W LN D MRLSFTG LN.uF V V LN.uF LN_SMA D V LN_SX D-* V LN.uF VP LN N_ TDI TDO [P] OOST THRMAL VRG LN I IST ASSTR-T TAP IRQ N_ SL N_ SDA LX ADD LX TONTRL VIN LN.uF LN.uF LN.uF LN R K /W % A_ A_ R LN R LN R aution!! need isolated R A_ DMOD_SL DMOD_SDA LN_TX Max.A +V +V_LN LN L LMPGSND TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. N_MA LN..

24 SART_OMPONNT OMPONNT SART AMP +V JK PPJN- D A A A [RD]-LUG [RD]O-SPRING [RD]ONTAT [WH]O-SPRING [RD]ONTAT [RD]O-SPRING [RD]-LUG-S [L]O-SPRING [GN/YL]ONTAT [GN/YL]O-SPRING [GN/YL]-LUG V.V V.V V.V SD_OMP V.V SD_OMP V.V R K R K R R pf ATV_P pf ATV_P R K R K R K R K OMP_R_IN OMP_L_IN OMP_Pr+ OMP_Pb+ +.V_Normal R K R K V.V +.V_Normal.uF V R K R K OMP_DT AV_VS_DT DTV/MNT_L_OUT SART_Lout U uf V pf U U R.K R K K R U U R K U pf U R.K U R K OUT IN- IN+ I AZMTR- V U V OUT IN- IN+ U.uF U R K U R.K U pf U R K U R K R K U pf U R.K U uf V SART_Rout DTV/MNT_R_OUT D-* SD_OMP_ZNR_K D-* SD_OMP_ZNR_K D SD_OMP_ZNR_ROHM D SD_OMP_ZNR_ROHM R R OMP_Y+/AV_VS_IN LOS TO MSTAR LOS TO MSTAR FULL SART +.V_Normal [SART AUDIO MUT] +.V_ST V.V R K R K U R K AV S/OMP_DT AV_VS_DT S/AV_VS_IN DTV/MNT_L_OUT DTV/MNT_R_OUT SART_MUT Q MMT(NXP) SART_MUT Q MMT(NXP) SART_MUT R K SART_MUT R K SART_MUT.uF SART_MUT R K SART_MUT AV_DT OM_ SYN_IN SYN_OUT SYN_ SYN_ RG_IO R_OUT RG_ R_ D_OUT G_OUT D_IN G_ ID _OUT AUDIO_L_IN _ AUDIO_ AUDIO_L_OUT AUDIO_R_IN AUDIO_R_OUT R U V.V SD_SART V V SD_SART SD_SART V V V V SD_SART V V SD_SART V.V SD_SART R R V.V R R K U R pf U R pf S_R+/OMP_Pr+ S_G+/OMP_Y+ S_+/OMP_Pb+ U R pf U R V V U R K SD_SART DTV/MNT_VOUT U R K U R U U R.K R K S_F S_ID S/OMP_L_IN AV JK PPJ- AV_R_IN_A AV_L_IN_A R U AV_R_IN_A AV_L_IN_A R AV R AV V.V AV_LR_ZNR V.V AV_LR_ZNR R AV R K AV R K AV V.V R K AV pf R K AV pf R K AV R K AV AV_R_IN AV_L_IN AV_VS_DT S/AV_VS_IN U JK PS- R U AV_L_IN_A V.V SD_SART AV_R_IN_A R K U R K U R K S/OMP_R_IN AV ZD-* AV_VS_ZNR_K ZD-* AV_VS_ZNR_K ZD AV_VS_ZNR_ROHM ZD AV_VS_ZNR_ROHM AV R % R Size heck!!! pf AV V.V U pf DTV/MNT_L_OUT V.V U pf DTV/MNT_R_OUT TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. L_MA SART_ OMPONNT..

25 Headphone *Option : HAD_PHON_U lose to the Main I HAD_PHON L.uH HAD_PHON HP_LOUT +.V_ST HAD_PHON.uF V uf V pf HAD_PHON R K Q MMT(NXP) Q MMT(NXP) +.V_Normal HAD_PHON_pie JK PJ- HAD_PHON_pie JK-* KJA-PH-- SID_HP_MUT R K Q MMT(NXP) R.K Q MMT(NXP) HP_DT HAD_PHON R K R K HAD_PHON L DTT R L DTT R HAD_PHON L.uH HAD_PHON HP_ROUT HAD_PHON.uF V uf V lose to the Main I pf HAD_PHON R K Q MMT(NXP) Q MMT(NXP) TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. N_MA HAD_PHON_U..

26 L TUNR_U T/_T//S_HINA TU A A A A A TUNR_T/ SHILD TUNR_NTS TU TDJH-GD [+.V] N_ IF_AG SL SDA IF[P] IF[N] N_ N_ TU TU-* TDJH-HF SHILD [+.V] N_ IF_AG SL SDA IF[P] IF[N] N_ N_ TU A A A TUNR_AJ_T TU TDJM-GD SHILD [+.V] N_ AIF_AG SL_RF SDA_RF AIF[P] AIF[N] N_ N_ N_ [+.V] RROR _ MLK SYN VAILD D D D D D D D D RST_DMOD [+.V] SL_DMOD [+.V] F_OUTPUT SDA_DMOD TU TU A A A TUNR_HINA TU TDJM-D SHILD [+.V] RF_SW_TL N_ SL_RF SDA_RF N_ N_ SIF VS N_ N_ RROR _ MLK SYN VAILD D D D D D D D D RST_DMOD [+.V] SL_DMOD [+.V] N_ SDA_DMOD TU A TUNR_T//S A TU TDJM-GD [+.V] N_ AIF_AG SL_RF SDA_RF AIF[P] AIF[N] N_ N_ N_ [+.V] RROR _ MLK SYN VALID D D D D D D D D T_OR_HINA pf RST_DMOD [+.V] SL_DMOD [+.V] F_OUTPUT SDA_DMOD LN.uF V IF_AG +.V_TU should be guarded by ground IF_AG_MAIN R IF_AG T_OR_HINA AR.uF V /W T_OR_HINA.uF V T pf TU_NON_ATS_NON_HINA R TU_ATS R-* TU_NON_ATS_NON_HINA R TU_ATS R-* F_TS_RR F_TS_LK F_TS_SYN F_TS_VAL AR /W F_TS_DATA[] T F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] AR /W F_TS_DATA[] T T_OR_HINA R.uF V F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] T_OR_HINA R pf T_OR_HINA pf T_OR_HINA +.V_LNA T R T_OR_HINA R.uF T_OR_HINA pf TU_NON_ATS DMOD_RST DMOD_SDA LN_OUT.uF V RF_SW_ HINA AR-* HINA AR-* HINA AR-* RF_SW_ R lose to TUNR TU_I_NON_FILTR R pf TU_NON_ATS F_TS_DATA[-] +.V_DMOD TU_I_NON_FILTR R T_OR_HINA T_OR_HINA pf.uf V DMOD_SL +.V_DMOD pf.uf V T_OR_HINA T_OR_HINA LN_TX RF_SWITH_TL pf TU_NON_ATS +.V_TU TU_NON_ATS R K TU_I Multi option pf TU_NON_ATS TU_NON_ATS R K TU_SL.uF V HINA +.V_LNA uf V TU_SDA IF_P_MSTAR IF_N_MSTAR +.V_TU T_OR_HINA R.K N uf V T_OR_HINA NON_HINA R TU A TU_ATS TU_ATS R NON_HINA -* pf -* pf close to TUNR R NON_HINA ADJ/N R NON_HINA TU_ATS R-*.K TU_ATS R-*.K R.K HINA.uF V TU_I_FILTR R-* MLGSRJT TU_I_FILTR R-* MLGSRJT R +.V_TU L UW-F R NON_HINA R NON_HINA HINA R +.V_TU I AP-Y- T_OR_HINA uf V pf V HINA HINA R HINA Q MMT(NXP) OUT IN.uF V Vo=.*(+R/R) TU_SIF L UW-F T_OR_HINA.uF V TU +.V_TU HINA R R HINA Q MMT(NXP) +.V_Normal uf V T_OR_HINA R K % R T_OR_HINA R K % R HINA R.uF V +.V_DMOD pf V HINA TU_VS T_OR_HINA R T_OR_HINA uf V seperation for HINA tuner TU A TU +.V_TU +.V_DMOD T_OR_HINA L LMPGSND T_OR_HINA.uF V T_OR_HINA uf V T_OR_HINA.uF V RROR & VALID PIN F_TS_VAL T_OR_HINA R F_TS_VAL_RR F_TS_RR GPIO must be added. TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. L_MA TUNR_U..

27 RS- PIN & MSTAR DUG PIN RS- PIN +.V_ST RS_DUG_P P WS-L PM_TXD R V PM_RXD R PM_RXD RM_TXD MSTAR DUG PIN MSTAR_DUG_P P WS-A JP_ JP_ JP_ JP_ RG_DD_SL RG_DD_SDA TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. L_SLR(MA) RS_MSTAR_DUG_P //

28 TP for U RF_SWITH_TL HDMI_AR HP_ROUT I_DT PHY_RP SNSOR_SL FR_RST IF_AG_SL K+_HDMI HP_LOUT /I_D PHY_TN SNSOR_SDA DMOD_RST K-_HDMI SID_HP_MUT /I_D PHY_TP SPDIF_OUT D+_HDMI HP_DT PHY_RN AV_VS_DT D-_HDMI V_DT_HDMI_ D+_HDMI D-_HDMI D+_HDMI D-_HDMI DD_SDA_ DD_SL_ HPD TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. N_MA TP_U //

29 IR/LD + Digital ye + ontrol +.V_ST R K % R K % KY R KY_AP.uF V P WR-L P WR-L +.V_ST +.V_ST R.K L LMPGSND.uF V KY R pf LD_R/UZZ KY_AP.uF V R.K VA LD_R_Zener IR pf VA IR_Zener +.V_Normal SNSOR_SL Digital ye R K Digital ye R K R Digital ye Digital ye pf SNSOR_SDA R Digital ye Digital ye pf TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. L_MA IR_Y_SNSOR //

30 TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. MAIN_U L_MA PM_A[] PM_A[] PM_A[] PM_A[] PM_A[] PM_A[] PM_A[] PM_A[] PM_D[] PM_A[] PM_A[] PM_A[] PM_A[] PM_D[] PM_D[] PM_D[] PM_A[] PM_D[] PM_A[] PM_A[] PM_A[] PM_A[] PM_A[] PM_A[] PM_A[] PM_D[] PM_A[] PM_D[] PM_A[] PM_D[] PM_A[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] F_TS_DATA[] I_TS_DATA[] I_TS_DATA[] I_TS_DATA[] I_TS_DATA[] I_TS_DATA[] I_TS_DATA[] I_TS_DATA[] I_TS_DATA[] F_TS_DATA[] AR R AMP_SDA PM_A[-] R K +.V_Normal PWM AR R K LD MODL I_SDA I-* KFGUD-S NAND_FLASH_G_SS AN N_ N_ N_ I/O I/O I/O I/O N_ N_ N_ VSS_ V_ N_ N_ N_ I/O I/O I/O I/O N_ N_ N_ N_ AL N_ N_ L N_ N_ VSS_ V_ N_ N_ R R/ N_ N_ N_ N_ N_ N_ N_ N_ N_ N_ WP W R.K /F_R LD_R/UZZ I_SL +.V_Normal R.K.uF pf R PM_MODL R K R K PDP +.V_ST I_SDA MODL I_SL R.K R.K /PF_O PF_AL R K pf KY R K PWM KY R K AMP_SL R AR POWR_ON/OFF_ R K PWM_DIM +.V_Normal MODL /PF_WP AR AMP_MUT PWM +.V_Normal /PF_W.uF +.V_Normal R K /PF_ S/OMP_DT PWM /PF_.uF I HUGFTR- AN NAND_FLASH_G_HYNIX N_ N_ N_ I/O I/O I/O I/O N_ N_ N_ VSS_ V_ N_ N_ N_ I/O I/O I/O I/O N_ N_ N_ N_ AL N_ N_ L N_ N_ VSS_ V_ N_ N_ R R/ N_ N_ N_ N_ N_ N_ N_ N_ N_ N_ WP W I-* HUGFTR AN NAND_FLASH_G_HYNIX N_ N_ N_ I/O I/O I/O I/O N_ N_ N_ VSS_ V_ N_ N_ N_ I/O I/O I/O I/O N_ N_ N_ N_ AL N_ N_ L N_ N_ VSS_ V_ N_ N_ R R/ N_ N_ N_ N_ N_ N_ N_ N_ N_ N_ WP W I-* TNVGSTA AN NAND_FLASH_G_TOSHIA N_ N_ N_ I/O I/O I/O I/O N_ N_ N_ VSS_ V_ N_ N_ N_ I/O I/O I/O I/O N_ N_ N_ N_ AL N_ N_ L N_ N_ VSS_ V_ N_ N_ R RY/Y N_ N_ N_ N_ N_ N_ N_ N_ N_ N_ WP W I-* TNVGSTAH AN NAND_FLASH_G_TOSHIA N_ N_ N_ I/O I/O I/O I/O N_ N_ N_ VSS_ V_ N_ N_ N_ I/O I/O I/O I/O N_ N_ N_ N_ AL N_ N_ L N_ N_ VSS_ V_ N_ N_ R RY/Y N_ N_ N_ N_ N_ N_ N_ N_ N_ N_ WP W DMOD_RST V_DT_HDMI_ AMP_RST PM_A[-] PM_D[-] I_TS_LK F_TS_LK I_TS_DATA[-] F_TS_SYN F_TS_VAL_RR I_TS_SYN I_TS_VAL F_TS_DATA[] F_TS_DATA[-] /PM_RG /PM_IOWR /PM_IORD /PM_W /PM_O /PM_IRQA /PM_ /PM_WAIT PM_RST /PM_D US_OD US_TL /PF_ PF_AL /PF_W /F_R /PF_O /PF_ /PF_WP SPI_SDI R SPI_SDO R SPI_SK RX- RX+ RX+ RX+ RX- RX+ RX+ RX- RX- RX- RXK+ RXK- RXA+ RXA- RXA+ RXA- RXAK- RXAK+ RX- RX+ RXA- RXA+ RXA+ RXA- SNSOR_SL SNSOR_SDA AMP_SDA AMP_SL TU_SDA TU_SL AV_VS_DT AV_VS_DT OMP_DT PM_V_TL RF_SWITH_TL R V_DT_HDMI_ FR_RST SO_RST IR PHY_TP PHY_TN PHY_RP PHY_RN R SPDIF_I SPDIF_OUT R M -* pf XTAL_LOAD_pF X MHz -* pf XTAL_LOAD_pF -* pf XTAL_LOAD_pF -* pf XTAL_LOAD_pF IF_AG_MAIN L LMPGSND IF_AG R IF_AG.uF V IF_AG R K IF_AG.uF IF_AG +.V_Normal R HINA R HINA.uF HINA pf.uf HINA pf TU_IF_AP.uF IF IF_P_MSTAR.uF IF pf TU_IF_AP pf IF_N_MSTAR MODL MODL MODL PWM R /SPI_S RG_DD_SL RG_DD_SDA I_SDA R I_SL R R TUNR_IF ohm R TUNR_IF ohm LD_R/UZZ PM_LD SPI_SDI +.V_ST SID_HP_MUT R.K R.K R.K R.K /FLASH_WP MHL_D_SNS PM_MODL SART_MUT POWR_DT RL_ON INV_TL HP_DT MHL_OP_N /MHL_OP_DT PM_LD PANL_TL PM_TXD PM_RXD TU_SIF /I_D /I_D I_DT /PM_D R K +.V_Normal R R DMOD_SL DMOD_SDA R T_OR_HINA R T_OR_HINA R.K R.K /VUS_N pf XTAL_LOAD_pF pf XTAL_LOAD_pF URSA/VOM_SL URSA/VOM_SDA PWM PWM R K I LG(MA_M) MA_M GPIO Y GPIO W I_SKM/I_DDR_K/GPIO K I_SDAM/I_DDR_DA/GPIO J SDAM/GPIO U SKM/GPIO T SKM/GPIO U SDAM/GPIO V IS_IN_K/GPIO F IS_IN_SD/GPIO G I_SKM/GPIO AA I_SDAM/GPIO Y T_TXD[]/GPIO J XT_TX_LK/GPIO K IS_IN_WS/GPIO G T_OL/GPIO J T_TXD[]/GPIO J LK/GPIO H LD/GPIO G LHSYN/GPIO G LVSYN/GPIO G UART_RX/GPIO J UART_TX/GPIO J UART_TX/GPIO UART_RX/GPIO D GPIO[TS] U GPIO[RTS] V UART_TX/GPIO K UART_RX/GPIO L T_TX_N/GPIO H T_RXD[]/GPIO K T_MD/GPIO K T_MDIO/GPIO H T_RXD[]/GPIO L PMADR[]/NF_AD[]/GPIO U PMADR[]/NF_AD[]/GPIO R PMADR[]/NF_AD[]/GPIO V PMADR[]/NF_AD[]/GPIO R PMADR[]/NF_AD[]/GPIO U PMADR[]/NF_AD[]/GPIO T PMADR[]/NF_AD[]/GPIO W PMADR[]/NF_AD[]/GPIO U PMADR[]/GPIO Y PMADR[]/GPIO AA PMADR[]/GPIO A PMADR[]/GPIO W PMADR[]/GPIO V PMADR[]/GPIO Y PMADR[]/GPIO V PMD_N/GPIO V PM_N/GPIO W PMDATA[]/GPIO U PMDATA[]/GPIO V PMDATA[]/GPIO W PMDATA[]/GPIO Y PMDATA[]/GPIO R PMDATA[]/GPIO AA PMDATA[]/GPIO T PMDATA[]/GPIO Y PMIORD_N/GPIO W PMIOWR_N/GPIO V PMIRQA_N/GPIO Y PMO_N/GPIO T PMRG_N/GPIO R PM_RST/GPIO T PMWAIT_N/GPIO W PMW_N/GPIO U TSLK/GPIO V TSDATA[]/GPIO T TSDATA[]/GPIO T TSDATA[]/GPIO U TSDATA[]/GPIO V TSDATA[]/GPIO U TSDATA[]/GPIO V TSDATA[]/GPIO U TSDATA[]/GPIO T TSSYN/GPIO T TSVALID/GPIO V TSLK/GPIO Y TSDATA[]/GPIO Y TSDATA[]/GPIO AA TSDATA[]/GPIO Y TSDATA[]/GPIO AA TSDATA[]/GPIO W TSDATA[]/GPIO AA TSDATA[]/GPIO W TSDATA[]/GPIO W TSSYN/GPIO Y TSVALID/GPIO W PM_SPI_SZ/GPIO_PM[]/GPIO PM_SPI_SK/GPIO A PM_SPI_SZ/GPIO A PM_SPI_SDI/GPIO PM_SPI_SDO/GPIO RP TN TP RN SPDIF_IN/GPIO D SPDIF_OUT/GPIO D HWRST D IRIN/GPIO DDA_K/UART_RX G DDA_DA/UART_TX G PWM/GPIO J PWM/GPIO K PWM/GPIO K PWM/GPIO L PWM/GPIO L NF_AL/GPIO T NF_Z/GPIO T NF_L/GPIO U NF_RZ/GPIO U NF_RZ/GPIO V NF_WZ/GPIO U NF_WPZ/GPIO T IF_AG W SIFM W SIFP W IM V IP V XIN A XOUT Y I LG(MA_M) MA_M LVAP/TTL_[]/HONV/GPIO U LVAM/TTL_[]/_O/GPIO T LVAP/TTL_[]/F/GPIO T LVAM/TTL_[]/_P/GPIO T LVAKP/TTL_[]/MLK/GPIO R LVAKM/TTL_[]/GLK/GPIO R LVP/TTL_[]/GST/GPIO R LVM/TTL_[]/POL/GPIO P LVAP/TTL_G[]/PI+/GPIO P LVAM/TTL_G[]/PI-/GPIO N LVAP/TTL_G[]/PI+/GPIO N LVAM/TTL_G[]/PI-/GPIO N LVP/TTL_G[]/PI+/GPIO M LVM/TTL_G[]/PI-/GPIO M LVP/TTL_G[]/PI+/GPIO M LVM/TTL_G[]/PI-/GPIO L LVKP/TTL_R[]/PI+/GPIO L LVKM/TTL_R[]/PI-/GPIO K LVP/TTL_R[]/PI+/GPIO K LVM/TTL_R[]/PI-/GPIO K LVP/TTL_R[]/PI+/GPIO J LVM/TTL_R[]/PI-/GPIO J LVP/TTL_R[]/PI+/GPIO J LVM/TTL_R[]/PI-/GPIO H SAR/GPIO D SAR/GPIO F SAR/GPIO SAR/GPIO SAR/GPIO D GPIO_PM[]/GPIO W GPIO_PM[]/GPIO Y PM_LD/GPIO P GPIO_PM[]/GPIO Y PM_SPI_SZ/GPIO_PM[]/GPIO Y GPIO_PM[]/GPIO W GPIO_PM[]/GPIO D GPIO_PM[]/GPIO AA GPIO_PM[]/GPIO W PWM_PM/GPIO D PM_UART_TX/GPIO_PM[]/GPIO L PM_UART_RX/GPIO_PM[]/GPIO Y I-* LG(MA_M) MA_M GPIO Y GPIO W I_SKM/I_DDR_K/GPIO K I_SDAM/I_DDR_DA/GPIO J SDAM/GPIO U SKM/GPIO T SKM/GPIO U SDAM/GPIO V IS_IN_K/GPIO F IS_IN_SD/GPIO G I_SKM/GPIO AA I_SDAM/GPIO Y T_TXD[]/GPIO J XT_TX_LK/GPIO K IS_IN_WS/GPIO G T_OL/GPIO J T_TXD[]/GPIO J LK/GPIO H LD/GPIO G LHSYN/GPIO G LVSYN/GPIO G UART_RX/GPIO J UART_TX/GPIO J UART_TX/GPIO UART_RX/GPIO D GPIO[TS] U GPIO[RTS] V UART_TX/GPIO K UART_RX/GPIO L T_TX_N/GPIO H T_RXD[]/GPIO K T_MD/GPIO K T_MDIO/GPIO H T_RXD[]/GPIO L PMADR[]/NF_AD[]/GPIO U PMADR[]/NF_AD[]/GPIO R PMADR[]/NF_AD[]/GPIO V PMADR[]/NF_AD[]/GPIO R PMADR[]/NF_AD[]/GPIO U PMADR[]/NF_AD[]/GPIO T PMADR[]/NF_AD[]/GPIO W PMADR[]/NF_AD[]/GPIO U PMADR[]/GPIO Y PMADR[]/GPIO AA PMADR[]/GPIO A PMADR[]/GPIO W PMADR[]/GPIO V PMADR[]/GPIO Y PMADR[]/GPIO V PMD_N/GPIO V PM_N/GPIO W PMDATA[]/GPIO U PMDATA[]/GPIO V PMDATA[]/GPIO W PMDATA[]/GPIO Y PMDATA[]/GPIO R PMDATA[]/GPIO AA PMDATA[]/GPIO T PMDATA[]/GPIO Y PMIORD_N/GPIO W PMIOWR_N/GPIO V PMIRQA_N/GPIO Y PMO_N/GPIO T PMRG_N/GPIO R PM_RST/GPIO T PMWAIT_N/GPIO W PMW_N/GPIO U TSLK/GPIO V TSDATA[]/GPIO T TSDATA[]/GPIO T TSDATA[]/GPIO U TSDATA[]/GPIO V TSDATA[]/GPIO U TSDATA[]/GPIO V TSDATA[]/GPIO U TSDATA[]/GPIO T TSSYN/GPIO T TSVALID/GPIO V TSLK/GPIO Y TSDATA[]/GPIO Y TSDATA[]/GPIO AA TSDATA[]/GPIO Y TSDATA[]/GPIO AA TSDATA[]/GPIO W TSDATA[]/GPIO AA TSDATA[]/GPIO W TSDATA[]/GPIO W TSSYN/GPIO Y TSVALID/GPIO W PM_SPI_SZ/GPIO_PM[]/GPIO PM_SPI_SK/GPIO A PM_SPI_SZ/GPIO A PM_SPI_SDI/GPIO PM_SPI_SDO/GPIO RP TN TP RN SPDIF_IN/GPIO D SPDIF_OUT/GPIO D HWRST D IRIN/GPIO DDA_K/UART_RX G DDA_DA/UART_TX G PWM/GPIO J PWM/GPIO K PWM/GPIO K PWM/GPIO L PWM/GPIO L NF_AL/GPIO T NF_Z/GPIO T NF_L/GPIO U NF_RZ/GPIO U NF_RZ/GPIO V NF_WZ/GPIO U NF_WPZ/GPIO T IF_AG W SIFM W SIFP W IM V IP V XIN A XOUT Y I-* LG(MA_M) MA_M LVAP/TTL_[]/HONV/GPIO U LVAM/TTL_[]/_O/GPIO T LVAP/TTL_[]/F/GPIO T LVAM/TTL_[]/_P/GPIO T LVAKP/TTL_[]/MLK/GPIO R LVAKM/TTL_[]/GLK/GPIO R LVP/TTL_[]/GST/GPIO R LVM/TTL_[]/POL/GPIO P LVAP/TTL_G[]/PI+/GPIO P LVAM/TTL_G[]/PI-/GPIO N LVAP/TTL_G[]/PI+/GPIO N LVAM/TTL_G[]/PI-/GPIO N LVP/TTL_G[]/PI+/GPIO M LVM/TTL_G[]/PI-/GPIO M LVP/TTL_G[]/PI+/GPIO M LVM/TTL_G[]/PI-/GPIO L LVKP/TTL_R[]/PI+/GPIO L LVKM/TTL_R[]/PI-/GPIO K LVP/TTL_R[]/PI+/GPIO K LVM/TTL_R[]/PI-/GPIO K LVP/TTL_R[]/PI+/GPIO J LVM/TTL_R[]/PI-/GPIO J LVP/TTL_R[]/PI+/GPIO J LVM/TTL_R[]/PI-/GPIO H SAR/GPIO D SAR/GPIO F SAR/GPIO SAR/GPIO SAR/GPIO D GPIO_PM[]/GPIO W GPIO_PM[]/GPIO Y PM_LD/GPIO P GPIO_PM[]/GPIO Y PM_SPI_SZ/GPIO_PM[]/GPIO Y GPIO_PM[]/GPIO W GPIO_PM[]/GPIO D GPIO_PM[]/GPIO AA GPIO_PM[]/GPIO W PWM_PM/GPIO D PM_UART_TX/GPIO_PM[]/GPIO L PM_UART_RX/GPIO_PM[]/GPIO Y uf V I RGFJ- NVRAM_RHOM AN A A SDA SL WP V I-* AT-SSHL-T NVRAM_ATML AN A A SDA SL WP V -* pf XTAL_LOAD_pF -* pf XTAL_LOAD_pF R R-* TUNR_IF ohm R-* TUNR_IF ohm A h PM MODL ION NAND FLASH MMORY PROM I DIMMING from I SLOT Internal demod out lose to MSTAR ANALOG SIF DTV_IF lose to MSTAR PM_MODL - HIGH : LD - LOW :: PDP PM_MODL - Not Use (Ready) <HIP onfig> (SPI_SDI, PM_LD, PWM_PM) LG-NonOS S_xtSPI b boot from SPI LG-OS HMU_xtSPI b MIPS boot from SPI For KR/US models

31 MODL ION IF_AG_SL R R R R R R R R +.V_Normal R K R K MO_DUALSTRAM_NON MO_DUALSTRAM R K R K DDR_XT: or NON DDR_XT: R K R K MO_S/W_TW/N MO_S/W_U/AJ R K R K DDR_XT: DDR_XT: or NON R K R K MO_M MO_M_NON R K R K MO_DV_T/ MO_DV_T//S R K R K MO_S/W_AJ MO_S/W_NON_AJ R K R K MO_FHD MO_HD MODL MODL MODL AUD_LRH MODL MODL MODL AUD_LRK SO_RST POWR_DT_RST R.uF V +.V_ST.uF V R K R.uF SO_RST +.V_ST L LMPGSND L LMPGSND uf L LMPGSND STby.V.uF.uF uf uf AVDD_NODI.uF AVDD_DMPLL.uF AVDD_AU.uF Normal Power.V +.V_Normal.uF.uF VDD L LMPGSND uf V uf V.uF.uF.uF DDR.V +.V_DDR AVDD_DDR:mA.uF uf V.uF.uF uf AVDD_DDR:mA VDD.V +.V_VDD uf V uf V uf uf VDD : ma +.V_VDD.uF +.V_VDD +.V_VDD uf V.uF.uF MODL ION PIN NAM PIN NO. LOW HIGH MODL J MO_FHD MO_HD MODL H MO_S/W_NON_AJ MO_S/W_AJ MODL G MO_DV_T/ MO_DV_T//S AUD_LRH G MO_M_NON MO_M MODL U DDR_XT: or NON DDR_XT : MODL K MO_S/W_TW/N MO_S/W_U/AJ MODL K DDR_XT: or NON DDR_XT : AUD_LRK L MO_DUALSTRAM_NON MO_DUALSTRAM MA_M I LG(MA_M) MA_M I-* LG(MA_M) OMP_L_IN OMP_R_IN * Dual Stream is only Korea D spec Memory ION Memory INT+XT M Only M Only M+M M+M M+M Auto Det ountry Option TW U N AJ HDMI_AR HDMI_AR M HDMI_AR uf R W D-_HDMI R Y D+_HDMI R W D-_HDMI Y D+_HDMI AA D-_HDMI W D+_HDMI AA K-_HDMI Y K+_HDMI N _RMOT_S DD_SL_ DD_SDA_ W DD_SL_ AA DD_SDA_ L HPD Y HPD F D-_HDMI G D+_HDMI G D-_HDMI G D+_HDMI H D-_HDMI H D+_HDMI F K-_HDMI F K+_HDMI H/P OUT U HP_LOUT T HP_ROUT P S/OMP_L_IN.uF R AV_L_IN.uF AV T.uF pf R S/OMP_R_IN.uF ATV_P R AV_R_IN.uF AV T.uF pf U SART_Lout ATV_P V SART_Rout AUDIO OUT T uf.uf AUVRM L LMPGSND HDMI MODL MODL MODL MA_M I LG(MA_M) AR VSOUT RXN VS RXP VS RXN VS RXP VOM RXN RXP IS_OUT_K/GPIO RXKN IS_OUT_MK/GPIO RXKP IS_OUT_SD/GPIO /GPIO IS_OUT_WS/GPIO DDDA_K/GPIO DDDA_DA/GPIO US_DM DDD_K/GPIO US_DM DDD_DA/GPIO US_DP HOTPLUGA/GPIO US_DP HOTPLUG/GPIO RXAN INM RXAP INP RXAN GINM RXAP GINP RXN RINM RXP RINP RXAKN HSYN RXAKP VSYN AR_OUTL AR_OUTR AUL AUL AUL AUR AUR AUR AUOUTL AUOUTR AUVAG INM INP GINM GINP RINM RINP SOGIN TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. MODL T V U T V F F F Y A J J K J K K M L L L M M N N M.uF.uF.uF.uF.uF.uF.uF.uF.uF.uF pf R R R R.uF R.uF.uF.uF R R R R R R R R R.uF R DTV/MNT_VOUT TU_VS S/AV_VS_IN OMP_Y+/AV_VS_IN lose to MSTAR pf R K SID_US_DM SID US SID_US_DP S_+/OMP_Pb+ S_G+/OMP_Y+ S_R+/OMP_Pr+.uF R S_ID S_F OMP_Pb+ OMP_Y+/AV_VS_IN OMP_Pr+ R K +.V_Normal R K AUD_SK R AUD_MASTR_LK R K pf IS_I/F AUD_LRH AUD_LRK M W Y W Y AA W AA Y N W AA L Y F G G G H H F F U T P R T R R T U V T MA_M I-* LG(MA_M) AR VSOUT RXN VS RXP VS RXN VS RXP VOM RXN RXP IS_OUT_K/GPIO RXKN IS_OUT_MK/GPIO RXKP IS_OUT_SD/GPIO /GPIO IS_OUT_WS/GPIO DDDA_K/GPIO DDDA_DA/GPIO US_DM DDD_K/GPIO US_DM DDD_DA/GPIO US_DP HOTPLUGA/GPIO US_DP HOTPLUG/GPIO RXAN INM RXAP INP RXAN GINM RXAP GINP RXN RINM RXP RINP RXAKN HSYN RXAKP VSYN AR_OUTL AR_OUTR AUL AUL AUL AUR AUR AUR AUOUTL AUOUTR AUVAG INM INP GINM GINP RINM RINP SOGIN T V U T V F F F Y A J J K J K K M L L L M M N N M AVDD_AU +.V_DDR AVDD_NODI VDD AVDD_NODI VDD AVDD_DMPLL +.V_VDD +.V_VDD uf +.V_VDD VDD AVDDV_MHL R L L M K K L K L R R L L P K R P M R A M M N N N N N P P P L AA AVDD_AU AVDD_DDR_LK AVDD_DDR_LK AVDD_DDR_MD AVDD_DDR_MD AVDD_DDR_D_ AVDD_DDR_D_ AVDD_DDR_D_ AVDD_DDR_D_ AVDD_DDR_D_ AVDD_DDR_D_ AVDD_DRAM_ AVDD_DRAM_ AVDD_DVI_US_MPLL_ AVDD_DVI_US_MPLL_ AVDD_MOD_ AVDD_MOD_ AVDD_NODI AVDD_PLL AVDDP_DMPLL AVDDL_MOD DVDD_DDR_ DVDD_DDR_ DVDD_NODI DVDD_RX DVDD_RX DVDD_RX DVDD_RX VDD_ VDD_ VDD_ VDD_ VDD_ VDD_ VDD_ VDD_ VDDP AVDDV_MHL U AUVRM A _ A _ A _ A D F _ F _ F _ F _ F _ F _ F _ G _ G _ G _ G _ G _ G _ G _ G _ G _ G _ G _ H _ H _ H _ H _ H _ H _ H _ H _ H _ H _ H _ H _ J _ J _ J _ J _ J _ J _ J _ J _ K _ K _ K _ L _ M _ M _ M _ M _ M _ N _ N _ N _ N _ N _ N _ N _ P _ P _ P _ P _ P _ P _ P _ P _ P _ P _ R _ R _ R _ R _ R _ K _FUS L_MA MAIN_U AUVRM R L L M K K L K L R R L L P K R P M R A M M N N N N N P P P L AA AVDD_AU AVDD_DDR_LK AVDD_DDR_LK AVDD_DDR_MD AVDD_DDR_MD AVDD_DDR_D_ AVDD_DDR_D_ AVDD_DDR_D_ AVDD_DDR_D_ AVDD_DDR_D_ AVDD_DDR_D_ AVDD_DRAM_ AVDD_DRAM_ AVDD_DVI_US_MPLL_ AVDD_DVI_US_MPLL_ AVDD_MOD_ AVDD_MOD_ AVDD_NODI AVDD_PLL AVDDP_DMPLL AVDDL_MOD DVDD_DDR_ DVDD_DDR_ DVDD_NODI DVDD_RX DVDD_RX DVDD_RX DVDD_RX VDD_ VDD_ VDD_ VDD_ VDD_ VDD_ VDD_ VDD_ VDDP AVDDV_MHL U AUVRM A _ A _ A _ A D F _ F _ F _ F _ F _ F _ F _ G _ G _ G _ G _ G _ G _ G _ G _ G _ G _ G _ H _ H _ H _ H _ H _ H _ H _ H _ H _ H _ H _ H _ J _ J _ J _ J _ J _ J _ J _ J _ K _ K _ K _ L _ M _ M _ M _ M _ M _ N _ N _ N _ N _ N _ N _ N _ P _ P _ P _ P _ P _ P _ P _ P _ P _ P _ R _ R _ R _ R _ R _ K _FUS..

32 AUDIO AMP(TI) AMP_OIL_GT L-*.uH AMP_OIL_GT L-*.uH AMP_OIL_GT L-*.uH AMP_OIL_GT L-*.uH AMP_OIL_TAIYO L-*.uH AMP_OIL_TAIYO L-*.uH AMP_OIL_TAIYO L-*.uH AMP_OIL_TAIYO L-*.uH +V +V_AMP This parts are Located on AVSS area. AMP_MUT R K POWR_DT +.V_ST L UW-F R K R.uF pf Q MMT(NXP) R AUD_MASTR_LK AUD_LRK AUD_SK AUD_LRH AMP_SDA AMP_SL AMP_RST +.V_Normal.uF V K R %.uf pf R K.uF R AVDD A_SL_FAULT MLK OS_RS DVSSO VR_DIG PDN LRLK SLK SDIN SDA SL pf +.V_Normal R.uF pf TAS uf V I.uF PVDD_A_ ST_A N_ SSTIMR N_ PTL AVSS PLL_FLTM PLL_FLTP VR_ANA RST STST DVDD DVSS.uF A VRG GVDD_OUT ST_D PVDD_A_ THRMAL PVDD_D_ PVDD_D_ OUT_A OUT_D.uF [P] P_A_ P_A_ OUT_ N_ N_ ST_ ST_ N_ N_ OUT_ P_D_ P_D_.uF +V_AMP +V_AMP uf V uf V +V_AMP_AP.uF.uF.uF R +V_AMP_AP.uF R R pf pf R /W pf pf /W AMP_OIL_AO L uh AMP_L_.uF -*.uf L uh AMP_OIL_AO AMP_OIL_AO L uh AMP_L_.uF -*.uf AMP_L_.uF.uF AMP_L_.uF.uF.uF.uF.uF.uF lose to Speaker pf pf pf pf SPK_L+ SPAKR_L SPK_L- SPK_R+ SPAKR_R.uF V ZD V.uF V.uF L uh AMP_OIL_AO SPK_R- WAFR-ANGL SPK_L+ SPK_R+ SPK_L- SPK_R- P TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. L AUDIO[TI]

33 L MHL SW AND GAT MHL_SW_AND_GAT I LVGGW +.V_Normal MHL_D_SNS V MHL_OP_N A Y MHL_V_N TH SYMOL MARK OF THIS SHMTI DIAGRAM INORPORATS SPIAL FATURS IMPORTANT FOR PROTTION FROM X-RADIATION. FIR AND LTRIAL SHOK HAZARDS, WHN SRVIING IF IS SSNTIAL THAT ONLY MANUFATURS SPIFID PARTS USD FOR TH RITIAL OMPONNTS IN TH SYMOL MARK OF TH SHMTI. L_MA MHL_SW_AND..