.
TriQuint Semiconductor
880365 - 1380 MHz GPS L3/L4 BAW Filter
Data Sheet Features • • • • • For GPS L3/4 applications Usable bandwidth of 30 MHz Single-ended operation Ceramic Surface Mount Package Hermetic Part.
TriQuint Semiconductor
880272 - 1227 MHz BAW GPS Filter
Data Sheet Features • • • • • • For GPS applications Usable bandwidth of 30 MHz Single-ended operation Ceramic Surface Mount Package This part number .
TriQuint Semiconductor
880367 - 1030 MHz SSR/IFF BAW Filter
880367 1030 MHz IFF BAW Filter Applications • • For SSR/IFF Applications For high-selectivity applications Product Features • • • • • • • Usable band.
TriQuint Semiconductor
880374 - 1090 MHz SSR/IFF BAW Filter
880374 1090 MHz IFF BAW Filter Applications • • For SSR/IFF Applications For high-selectivity applications Product Features • • • • • • • Usable band.
TriQuint Semiconductor
TQQ0041 - Band 41 Receive BAW Filter
Applications Band 41 TD-LTE General Purpose Wireless TQQ0041 Band 41 Receive BAW Filter Product Features Highly Selective BAW Filter Low Ins.
qorvo
885070 - 2437 MHz BAW Filter
RFMD + TriQuint = Qorvo 885070 2437 MHz BAW Filter Applications • Usable Bandwidth of 69 MHz (CH1-11) • High-power WLAN Access Points and Small Cel.
Infineon Technologies AG
NWT190 - CDMA TX Full Band BAW-filter for US PCS
PRELIMINARY Datasheet (Version 2.2) NWT190 CDMA TX Full Band BAW-filter for US PCS Features • • • • • • • • • Low-loss and high-selectivity Bulk-Aco.
TriQuint Semiconductor
880060 - 1227.42 MHz GPS L2 BAW Filter
880060 1227.6 MHz GPS L2 BAW Filter Applications For GPS L2 Applications For high-selectivity applications Product Features Usable .
TriQuint Semiconductor
880085 - 1575 MHz GPS L1 BAW Filter
Data Sheet Features • • • • • For GPS L1 applications Usable bandwidth of 15 MHz Single-ended operation Ceramic Surface Mount Package Hermetic Part N.
TriQuint Semiconductor
880094 - 1575.42 MHz GPS L1 BAW Filter
880094 1575.42 MHz GPS L1 BAW Filter Applications For GPS L1 Applications For high-selectivity applications Product Features Usable.
TriQuint Semiconductor
880098 - 1575 MHz GPS BAW Filter
Data Sheet Features • • • • • • For GPS applications Usable bandwidth of 20 MHz Single-ended operation Ceramic Surface Mount Package This part number .
TriQuint Semiconductor
880148 - 2324 MHz BAW RF Filter
Data Sheet Features • • • • • Usable bandwidth of 38 MHz Single-ended operation Ceramic Surface Mount Package This part number is a replacement for pa.
TriQuint Semiconductor
880157 - 2560 MHz S-Band BAW Filter
880157 2560 MHz BAW Filter Applications S-Band For high-selectivity applications Product Features Usable bandwidth 30 MHz Low loss .
TriQuint Semiconductor
880273 - 1575 MHZ GPS BAW Filter
Data Sheet Features • • • • • • For GPS applications Usable bandwidth of 30 MHz Single-ended operation Ceramic Surface Mount Package This part number .
TriQuint Semiconductor
880364 - 1176 MHz GPS L5 BAW Filter
880364 1176 MHz GPS L5 BAW Filter Applications For GPS L5 Applications For high-ultimate rejection applications Product Features Us.
TriQuint Semiconductor
880366 - 1227 MHz GPS L2 BAW Filter
Data Sheet Features • • • • • For GPS L2 applications Usable bandwidth of 12 MHz Single-ended operation Ceramic Surface Mount Package Hermetic Part N.
TriQuint Semiconductor
880368 - 1280 MHz L-Band BAW Filter
880368 1280 MHz BAW Filter Applications L-Band For high-selectivity applications Product Features Usable bandwidth 19 MHz Low loss .
TriQuint Semiconductor
880369 - 5775 MHz WLAN 802.11a BAW Filter
Data Sheet Features • • • • • For 802.11a applications Usable bandwidth of 100 MHz Single-ended operation Ceramic Surface Mount Package Hermetic Part.
TriQuint Semiconductor
880371 - 915 MHz ISM BAW Filter
Data Sheet Features • • • • • ISM Applications Usable bandwidth of 13 MHz Single-ended operation Ceramic Surface Mount Package Hermetic Part Number 8.
TriQuint Semiconductor
880372 - 1227.6 MHz GPS L2 BAW Filter
Part Number 880372 Data Sheet Features • • • • • GPS L2 applications Usable bandwidth of 15 MHz Single-ended operation Ceramic Surface Mount Package H.
