Yageo Chip Antenna Sum V doc

Transcription

1 1 Yageo - Chip Antenna Version :Step Features : Embedded antenna - small antennas with moderate gain and efficiency performance Ultra compact - various sizes (2012, 3012, 3216, 4018, 5010, 5320, 6020, 6522, 7355, 7836, 8010, 9520) available for various applications (Bluetooth / Zigbee / Wifi). Various working frequencies for various applications (ISM band and UHF/ DECT/ GSM/ GPS/ UWB/ WiMax/ Bluetooth/ Wifi) are available. Surface mount (SMD) - meet the compact and low-profile requirements for today s portable wireless devices Design pattern inside (High Reliability) - meandered line radiator designs embedded by LTCC technology Omni directional radiation - suitable for short-range wireless applications (Bluetooth, ZigBee, UWB, ) in products such as PC cards, USB dongles and wireless earphones Non-ground mounting - includes layout and matching suggestions for PCB and mechanical design considerations Multi types available for tuning - to meet various end-product environments while maintaining optimal efficiency Multi size available for selection - to meet various end-product environments while maintaining optimal efficiency 1

2 2 Chip Antenna for 2.45GHZ Ceramic Helical Series Category : MOIN Features : For Bluetooth / Zigbee / Wifi application Mono-pole type (Omni-directional radiation) Embedded inside the high-permittivity ceramic to keep excellent reliability and compact size. SMD type / Two end-termination on two sides. Various sizes available to fulfill various PCB layout. Multi types available for tuning to meet various end-product environments and maintain optimal efficiency. Need Clearance / Layout suggestion Mechancal Data (Shape and Dimension) : Illustration Top Side L L Top Side L Top Side L T T T T W Bottom side W W Bottom side W Bottom side CAN xx 2454K CAN xx 2453K CAN xx 2453K CAN xx 2452K CAN xx 1K CAN xx 2452K CAN xx 2452K Extended termination on bottom side of the antenna would strengthen the bonding force to the PCB. CAN xx 2453K CAN xx 2453K CAN xx 2452K Summary Table L W T Part Number Color Remark CAN xx 2454K Blue CAN xx 2453K White CAN xx 2453K Blue CAN xx 2452K White CAN xx 2453K White CAN xx 1K Blue CAN xx 2452K White CAN xx 2452K White CAN xx 2453K White CAN xx 2452K White Unit : mm 2

3 Radiation Performance : Summary Table 3 Dimension (mm) Part Number Central Frequency Bandwidth VSWR Peak Gain Average Gain L W T GHz MHz dbi dbi CAN xx 2454K CAN xx 2453K CAN xx 2453K CAN xx 2452K CAN xx 2453K CAN xx 1K CAN xx 2452K CAN xx 2452K CAN xx 2453K CAN xx 2452K Frequency Range for Each Series 2012 Size FC BW(-6.5dB) GHz 200MHz GHz 180MHz GHz 180MHz GHz 53MHz GHz 170MHz GHz 150MHz GHz 140MHz GHz 150MHz 3012 Size FC BW(-6.5dB) GHz 100MHz GHz 100MHz GHz 80MHz GHz 80MHz GHz 100MHz GHz 160MHz GHz 200MHz GHz 190MHz 3216 Size FC BW(-6.5dB) Normal 2.45GHz 250MHz GHz 160MHz GHz 170MHz GHz 200MHz GHz 280MHz GHz 260MHz GHz 340MHz GHz 382MHz GHz 361MHz 4018 Size FC BW(-6.5dB) GHz 142MHz GHz 141MHz GHz 175MHz GHz 213MHz GHz 213MHz GHz 217MHz 7 2.5GHz 219MHz GHz 248MHz GHz 373MHz 3

4 Size FC BW(-6.5dB) Normal 3.17GHz 445MHz GHz 146MHz GHz 168MHz GHz 212MHz GHz 214MHz GHz 367MHz GHz 547MHz GHz 813MHz GHz 873MHz 5320 Size FC BW(-6.5dB) Normal 2.45GHz 347MHz GHz 205MHz GHz 266MHz GHz 338MHz GHz 430MHz GHz 430MHz GHz 592MHz 6020 Size FC BW(-6.5dB) GHz 177MHz GHz 190MHz GHz 289MHz GHz 327MHz GHz 253MHz GHz 271MHz GHz 366MHz GHz 255MHz 6522 Size FC BW(-6.5dB) GHz 169MHz GHz 206MHz GHz 222MHz GHz 254MHz GHz 389MHz GHz 548MHz GHz 442MHz GHz 615MHz GHz 617MHz 8010 Size FC BW(-6dB) GHz 242MHz GHz 238MHz GHz 304MHz GHz 428MHz GHz 531MHz GHz 552MHz GHz 737MHz GHz 990MHz 9520 Size FC BW(-6dB) GHz 305MHz GHz 664MHz GHz 457MHz GHz 578MHz GHz 683MHz GHz 862MHz GHz 723MHz GHz 1121MHz * In each series, the type with FC=2.45GHz is also shown in the summary table. * For 5320 size, xx in the part number means its type. 1 is 10 and normal type is 45. * Besides 5320 size, xx in the part number also means its type. 1 is 01 and normal type is 00. 4

5 5 Measurement of VSWR and Radiation Pattern 2012 BT (2.45GHz) Chip Antenna (CAN xx2454k) 3012 BT (2.45GHz) Chip Antenna (CAN xx2453K) 3216 BT (2.45GHz) Chip Antenna (CAN xx2453K) 5

6 BT (2.45GHz) Chip Antenna (CAN xx2453K) 5010 BT (2.45GHz) Chip Antenna (CAN xx2453K) 5320 BT (2.45GHz) Chip Antenna (CAN xx1K) 6

7 BT (2.45GHz) Chip Antenna (CAN xx2453K) 6522 BT (2.45GHz) Chip Antenna (CAN xx2453K) 8010 BT (2.45GHz) Chip Antenna (CAN xx2453K) 7

8 8 Chip Antenna for 2.45GHz Ceramic Meander Series Category : MOIN Features : For Bluetooth / Zigbee / Wifi application Mono-pole type (Omni-directional radiation) Embedded inside the high-permittivity ceramic to keep excellent reliability and compact size. SMD type / Multi terminals (high soldering force) Various sizes available to fulfill various PCB layout. Multi types available for tuning to meet various end-product environments and maintain optimal efficiency. Need Clearance / Layout suggestion Mechancal Data (Shape and Dimension) : Illustration Top Side Unit : mm Bottom Side CAN xx 1K CAN xx 1K Radiation Performance : Summary Table Dimension (mm) Part Number Central Frequency Bandwidth VSWR Peak Gain Average Gain L W T GHz MHz dbi dbi CAN xx 1K CAN xx 1K Frequency Range for Each Series 7355 Size FC BW(-6.5dB) Normal 2.45GHz 413MHz GHz 305MHz GHz 414MHz GHz 540MHz 7836 Size FC BW(-6.5dB) Normal 2.45GHz 483MHz GHz 542MHz GHz 577MHz 8

9 9 Measurement of VSWR and Radiation Pattern 7355 BT (2.45GHz) Chip Antenna (CAN xx1K) 7836 BT (2.45GHz) Chip Antenna (CAN xx1K) * In each series, the type with FC=2.45GHz is also shown in the summary table. * xx in the part number means its type. 1 is 10 and normal type is 45. 9

10 10 Chip Antenna for 2.45GHz FR4 PIFA Series Category : COSU Features : For Bluetooth / Zigbee / Wifi / ISM-Band application PIFA mode is relatively non-sensitive to environment and body effect (Omni-directional radiation) High radiation body and far away from the ground plane to exhibit an excellent radiation performance. SMD type Non-ground or ground including : Layout suggestion is available.. Mechancal Data (Shape and Dimension) : Illustration Top Side Unit : mm Bottom Side CAN K CAN K CAN K 10

11 11 Radiation Performance : Summary Table Measurement of VSWR and Radiation Pattern 1903 Wifi (2.45GHz) PIFA Antenna (CAN K) 40 mm Feedhing 100 mm 11

12 12 Chip Antenna for 2.45GHz Category : COSU Features : Ceramic PIFA Series For Bluetooth / Zigbee / Wifi / ISM-Band application PIFA mode is relatively non-sensitive to environment and body effect (Omni-directional radiation) Coupling design miniaturizes the antenna dimension. High-permittivity ceramic miniaturizes the antenna dimension. SMD type Non-ground or ground including : Layout suggestion is available. PIFA is achieved in Ultra Small Size ceramic brick ( K & K) by coupling design. Mechancal Data (Shape and Dimension) : Illustration Top Side Unit : mm Bottom Side CAN K CAN K CAN K 12

13 13 Radiation Performance : Summary Table 5320 BT (2.45GHz) PIFA Chip Antenna (CAN K) BT (2.45GHz) PIFA Chip Antenna (CAN K) 40 mm 90 mm 13

14 BT (2.45GHz) PIFA Chip Antenna (CAN K) 40 mm 90 mm Non-sensitive to the body effect: CAN K CAN K free space hand hold 14

15 15 Chip Antenna for Wimax Wimax - 2.3~2.7 and 3.3~3.7GHz Application Features : For Wimax application (2.3~2.7GHz or 3.3~3.7GHz) SMD type Non-ground layout (need Clearance) : Layout suggestion is available Mechanical Data (Shape and Dimension) : Illustration Unit : mm Top Side ~2.7 GHz Bottom side CAN xx 2453K CAN K ~3.9 GHz Top Side Bottom side CAN xx 3503K CAN K 15

16 16 Radiation Performance : Measurement of VSWR and Radiation Pattern 3216 Wimax Chip Antenna (CAN xx 3503K) 8060 Wimax Chip Antenna (CAN K) Left one Right one 16

17 17 Features : Chip Antenna for Wifi Dual Band Dual-Band (ranging 2.4~2.5GHz and 5.15~5.35GHz) For Wifi (802.11a+g / n) application. SMD type Non-ground layout (need Clearance) : Layout suggestion is available Mechancal Data (Shape and Dimension) : Illustration Unit : mm CAN K 5.8 CAN K 2.0 CAN K 17

18 18 Features : Chip Antenna for UHF band Working frequency near 433MHz or 870MHz For working frequency near 433MHz or 870MHz application. SMD type Ultra-compact solution. Mechancal Data (Shape and Dimension) : Illustration Unit : mm 433 MHz CAN K CAN K CAN K CAN K 870 MHz CAN B CAN K CAN K 18

19 19 Radiation Performance : Measurement of VSWR and Radiation Pattern MHz Chip Antenna (CAN B) Peak gain = -0.25dB Mean gain = -3.74dB Efficiency = 37% 90 mm 40 mm Mark Frequency SWR 1 789M Hz M Hz M Hz MHz Chip Antenna -8 (CAN K) Peak gain = 2.96dBi Mean gain = -2.45dBi Efficiency = 62% 19

20 MHz Ceramic Chip Antenna (CAN K) 60 mm 40 mm 2 mm Peak gain : 0.83dBi Mean gain : -4.8dBm Efficiency : 27.7 % * The radiation measurement is for reference only, since a 3D anechoic chamber for the 433MHz is not available MHz FR4 Chip Antenna (CAN K) 60 mm 40 mm 50 ohm transmission line 2 mm Peak gain : 0.79dBi Mean gain : -4.8dBm Efficiency : 27.8 % * The radiation measurement is for reference only, since a 3D anechoic chamber for the 433MHz is not available. 20

21 Features : 21 An Overview of Yageo Ceramic PIFA For Bluetooth / Zigbee / Wifi / GPS / ISM-Band application PIFA mode is non-sensitive to environment and body effect (Omni-directional radiation), so it is suitable for handhold or headset application. Coupling designs shorten the antenna dimension and save the space for antenna. SMD type Non-ground or ground including / Layout suggestion. PIFA is achieved in Ultra Small Size ceramic brick ( K & K) by coupling design. Mechancal Data (Shape and Dimension) : Illustration (Unit : mm) Wifi / Bluetooth / Zigbee / ISM (2.45GHZ) CAN K CAN K CAN K CAN K CAN K MHz GPS CAN K 2.0 CAN X 1582K 21

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