|
|
|
Liste catégorie Communication - Sans fil/Cellulaire - GPS (Global Positioning Systems) page 0
AD9957: GSPS Quadrature Digital Upconverter w/18-Bit IQ Data Path and 14-Bit DACThe AD9957 functions as a
ATR0600: GPS Front-end ic
ATR0600: GPS Front-end ic
ATR0600: GPS GPS Front-end IC
ATR0600-PJQ: GPS Front-end ic
ATR0600-PJQ: GPS Front-end ic
ATR0610: 2.7-V GPS Low-noise Amplifier
ATR0610: GPS 2.7-V GPS Low-noise Amplifier
ATR0610-PQQ: 2.7-V GPS Low-noise Amplifier
ATR0620: GPS Baseband Processor
ATR0620: GPS Baseband Processor
ATR0620: GPS GPS Baseband Processor
ATR0620-100: GPS Baseband Processor
ATR0620-100: GPS Baseband Processor
ATR0620-144: GPS Baseband Processor
ATR0620-144: GPS Baseband Processor
ATR0625: ANTARIS™4 GPS Baseband Processor SuperSense™
ATR0630: ANTARIS™4 Single-chip GPS Receiver
ATR0635: ANTARIS™4 Single-chip GPS Receiver SuperSense™
ATR0635P1: GPS > Product CardANTARIS4 Single-chip, 16-channel GPS Engine, RF-receiver, Baseband Controller, A
ATR0663: ARM926 SOC with Integrated GPS Baseband
ATR0663: ARM926 SOC with Integrated GPS Baseband
CXA3336ER:
CXA3355AER: DescriptionThe CXA3355AER is an IC developed as a GPS RF down converter. This IC realizes a reduct
CXA3355TQ: GPS Down Converter IC
CXD2951GA-2: Single Chip GPS LSI
CXD2951GA-4: Single Chip GPS LSI
CXD2951GL-4: Single Chip GPS LSI
CXD2951GL-4: Single Chip GPS LSI
CXD2956AGL-1: GPS Baseband LSI
GP1020: Description = Six-channel Parallel Correlator Circuit For GPS or Glonass Receivers ;; Package Type =
GP1020GPKR: Description = Six-channel Parallel Correlator Circuit For GPS or Glonass Receivers ;; Package Type =
GP1020IG: Description = Six-channel Parallel Correlator Circuit For GPS or Glonass Receivers ;; Package Type =
GP2010: GP2010 - GPS Receiver RF Front End
GP2010GPBN: Description = GPS Receiver RF Front End ;; Package Type = MQFP ;; No. Of Pins = 44
GP2010GPBR: GP2010 - GPS Receiver RF Front End
GP2010IG: GP2010 - GPS Receiver RF Front End
GP2015: GP2015 - Miniature GPS Receiver RF Front End
GP2015FP1N: Description = Miniature GPS Receiver RF Front End ;; Package Type = LQFP ;; No. Of Pins = 48
GP2015FP1Q: Description = Miniature GPS Receiver RF Front End ;; Package Type = LQFP ;; No. Of Pins = 48
GP2015FP1R: GP2015 - Miniature GPS Receiver RF Front End
GP2015IG: GP2015 - Miniature GPS Receiver RF Front End
GP2021: Description = 12 Channel GPS Correlator ;; Package Type = MQFP ;; No. Of Pins = 80
GP2021GQ1N: Description = 12 Channel GPS Correlator ;; Package Type = MQFP ;; No. Of Pins = 80
GP2021GQ1Q: Description = 12 Channel GPS Correlator ;; Package Type = MQFP ;; No. Of Pins = 80
GP2021IG: Description = 12 Channel GPS Correlator ;; Package Type = MQFP ;; No. Of Pins = 80
GP4020: Description = GPS Receiver Baseband Processor ;; Package Type = LQFP ;; No. Of Pins = 100
GP4020GQ1N: Description = GPS Receiver Baseband Processor ;; Package Type = LQFP ;; No. Of Pins = 100
GP4020GQ1Q: Description = GPS Receiver Baseband Processor ;; Package Type = LQFP ;; No. Of Pins = 100
GP4020IG: Description = GPS Receiver Baseband Processor ;; Package Type = LQFP ;; No. Of Pins = 100
GRF2I/LP-0210: Lqfp, 48 Pin Lower Power Standard For High Volume GPS Chip Sets.
GRF2i/LP-0214: (LPCC), 32 Pin Lower Power Standard For High Volume GPS Chip Sets.
GSP2E/LP-7450: Tqfp, 16-bit, 100 Pin Lower Power Standard For High Volume GPS Chip Sets.
GSP2E/LP-7451: Bga, 16-bit, 144 Pin Lower Power Standard For High Volume GPS Chip Sets.
GSP2E/LP-7460: Lqfp, 32-bit, 144 Pin Lower Power Standard For High Volume GPS Chip Sets.
GSP2t-7200: Lqfp, 48 Pin The Host-based GPS Chip Set Solution.
GXB5205: DescriptionThe GXB5205 is a 12-channel GPS (Global Positioning System) receiver module. This small
GXB5210: DescriptionThe GXB5210 is a 12-channel GPS (Global Positioning System) receiver module. This small
MAX2741: Integrated L1-Band GPS Receiver The MAX2741 L1-band GPS receiver IC offers a high-performanc
MAX2741ETI: Integrated L1-Band GPS Receiver The MAX2741 L1-band GPS receiver IC offers a high-performanc
MAX2745: Single-Chip Global Positioning System Front-End Downconverter The MAX2745 complete single-chip glo
MAX2745ECM: Single-Chip Global Positioning System Front-End Downconverter The MAX2745 complete single-chip glo
MRFIC1501R2: MRFIC1501 Data Sheet: 1.6 GHZ GPS GAAS Low Noise Amplifier
MRFIC1505R2: MRFIC1505 Integrated GPS Downconverter
P60ARM-B: Description = 32-bit Risc Microprocessor ;; Package Type = MQFP ;; No. Of Pins = 100
P60ARM-BGP1N: Description = 32-bit Risc Microprocessor ;; Package Type = MQFP ;; No. Of Pins = 100
P60ARM-BGP1Q: Description = 32-bit Risc Microprocessor ;; Package Type = MQFP ;; No. Of Pins = 100
P60ARM-BIG: Description = 32-bit Risc Microprocessor ;; Package Type = MQFP ;; No. Of Pins = 100
P610ARM-B: Description = 32-bit Risc Microprocessor ;; Package Type = LQFP ;; No. Of Pins = 144
P610ARM-BFPNR: Description = 32-bit Risc Microprocessor ;; Package Type = LQFP ;; No. Of Pins = 144
P610ARM-BKG: Description = 32-bit Risc Microprocessor ;; Package Type = LQFP ;; No. Of Pins = 144
RF8900: Global Positioning System/ Bluetooth® Chipset SolutionThe RF8900 is a highly integrated system sol
SiRFstarIIe/LP: Lower Power Standard For High Volume GPS Chip Sets.
SiRFstarIIt: The Host-based GPS Chip Set Solution.
ST20GP1: GPS Processor
ST20GP1X33S: GPS Processor
ST20GP6: GPS Processor
ST20GP6X33S: GPS Processor
STB5600: GPS RF Front-end ic
STB5610: GPS RF Front-end ic
TU30-D140:
TU30-D160:
TU30-D200:
TU30-D230:
TU30-D400:
TU30-D510:
TU60-D120:
TU70-D100:
TU70-D200-001:
TU70-D200-011:
UPB1009K: Nec S Low Power<<<>>>gps RF Receiver<<<>>>bipolar Analog + Integrated Circuit.<<<>>>the µPB1009K is
XE1610: Ultra Low Power High Performances GPS Receiver Chipset
XE1610-PVT: Oem GPS Position Velocity Time Module
µPB1009K-E1: Nec S Low Power<<<>>>gps RF Receiver<<<>>>bipolar Analog + Integrated Circuit.<<<>>>the µPB1009K is
|
