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    GPS ARCHITECTURE Search Results

    GPS ARCHITECTURE Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    MPC860DPCZQ50D4 Rochester Electronics LLC MPC860DP - PowerQUICC, 32 Bit Power Architecture SoC, 50MHz, -40 to 95C Visit Rochester Electronics LLC Buy
    MPC860PCVR66D4 Rochester Electronics LLC MPC860P - PowerQUICC, 32 Bit Power Architecture SoC, 66MHz, -40 to 95C Visit Rochester Electronics LLC Buy
    MPC860TCVR50D4 Rochester Electronics LLC MPC860T - PowerQUICC, 32 Bit Power Architecture, 50MHz, Communications Processor, -40 to 95C Visit Rochester Electronics LLC Buy
    MPC860DEVR50D4 Rochester Electronics LLC MPC860DE - PowerQUICC, 32 Bit Power Architecture SoC, 50MHz, 0 to 95C Visit Rochester Electronics LLC Buy
    MPC860ENZQ66D4 Rochester Electronics LLC MPC860EN - PowerQUICC, 32 Bit Power Architecture SoC, 66MHz, 0 to 95C Visit Rochester Electronics LLC Buy

    GPS ARCHITECTURE Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    GPS-N103

    Abstract: WONDE PROUD 6 pin mini din ps/2 female connector PS2 JACK rs232 protocol PNMRX101 compaq battery GPS RECEIVER Types PNMRX600 nmea 0183 buffer
    Text: WONDE PROUD Datasheet GPS-N103 GPS-N103 Ultra Low Power High Sensitivity GPS Smart Receiver GENERAL DESCRIPTION The GPS smart receiver from Wonde Proud features the 16 channels, ultra low power GPS architecture. This complete enabled GPS receiver provides high position, velocity and


    Original     		PDF GPS-N103 PNMRX603 PNMRX603 EGM96 GPS-N103 WONDE PROUD 6 pin mini din ps/2 female connector PS2 JACK rs232 protocol PNMRX101 compaq battery GPS RECEIVER Types PNMRX600 nmea 0183 buffer

    ic ttl 7447

    Abstract: ps2 connector GPS-PS2 7447 IC GPS-PS1E IC 7447 IC 7447 A sirf grf2i IC 7447 All TTL 7447
    Text: GPS-PS2 GPS Receiver Board SiRFstar II Positioning Engine The GPS-PS2 receiver is a fully self-contained and shielded GPS receiver board for the Global Positioning System GPS based on the SiRFstar™ II technology. The GPS-PS2 GPS receiver board supports a very broad range of GPS enabled


    Original     		PDF G2-PS2-03002-A ic ttl 7447 ps2 connector GPS-PS2 7447 IC GPS-PS1E IC 7447 IC 7447 A sirf grf2i IC 7447 All TTL 7447

    Diode SY 345

    Abstract: nmea 2000 gps satellite architecture UTC 2003 gps filter l1 sy 345 RF receiver MODULE CIRCUIT DIAGRAM EM 257 GPS receiver module Fischer
    Text: GPSM001 OEM GPS Receiver Module XE1610-OEMPVT OEM GPS Receiver Reference Design 2.0 GENERAL DESCRIPTION KEY FEATURES The XE1610-OEMPVT GPS Receiver from RF Solutions is a GPS receiver product which features the revolutionary FirstGPS architecture. This complete


    Original     		PDF GPSM001 XE1610-OEMPVT XE1610-OEMPVT XE1610OEMPVT DS031-2 Diode SY 345 nmea 2000 gps satellite architecture UTC 2003 gps filter l1 sy 345 RF receiver MODULE CIRCUIT DIAGRAM EM 257 GPS receiver module Fischer

    GPS receiver module

    Abstract: pcb mountable d type connector ps2 female Connector pcb mountable ps2 female Connector pcb layout gps-1020a UTC 2003 use of ps2 female connector UBLOX tim 010 gps satellite architecture ps2 female Connector
    Text: User’s Manual SPK-GPS-Y1020A/GPS-Y1020P Mountable GPS Receiver Module Version 1.00 SPK-GPS-Y1020A/GPS-Y1020P Mountable GPS Receiver Module Copyright 2005 by S.P.K. ELECTRONICS CORP. All rights reserved. The drawings, specifications and the data contained herein are the exclusive property of


    Original     		PDF SPK-GPS-Y1020A/GPS-Y1020P SPK-GPS-Y1020A/GPS-Y1020P GPS receiver module pcb mountable d type connector ps2 female Connector pcb mountable ps2 female Connector pcb layout gps-1020a UTC 2003 use of ps2 female connector UBLOX tim 010 gps satellite architecture ps2 female Connector

    firstgps

    Abstract: XE16BB10 CON52746 DS031-2 GPSM001 NMEA-0183 XE1610-OEMPVT XE1610 delta dop gsa 2000
    Text: GPSM001 OEM GPS Receiver Module XE1610-OEMPVT OEM GPS Receiver Reference Design 2.0 GENERAL DESCRIPTION KEY FEATURES The XE1610-OEMPVT GPS Receiver from RF Solutions is a GPS receiver product which features the revolutionary FirstGPS architecture. This complete


    Original     		PDF GPSM001 XE1610-OEMPVT XE1610-OEMPVT XE1610OEMPVT DS031-2 firstgps XE16BB10 CON52746 GPSM001 NMEA-0183 XE1610 delta dop gsa 2000

    GPS chip

    Abstract: GPS oncore ut gps architecture Motorola b4 64-pin BGA motorola MG200 Gps circuit diagram 12-Channel Mixer oncore
    Text: MOTOROLA SEMICONDUCTOR TECHNICAL DATA Oncore GPS Chip Mixed Mode RF and Digital Monolithic GPS Sensor MG2000 The Oncore GPS Chip integrated circuit was specifically designed for low power, cost effective host-based GPS applications. Measuring only 8x8 mm, the Oncore GPS Chip monolithic GPS sensor design includes a fully


    Original     		PDF MG2000 12-channel 64-pin GPS chip GPS oncore ut gps architecture Motorola b4 64-pin BGA motorola MG200 Gps circuit diagram 12-Channel Mixer oncore

    GSP1/LX

    Abstract: IC 7447 ic ttl 7447 grf1/lx UBLOX GPS 7020 7447 pin configuration GPS-MS1E Grf1 lx PIN CONFIGURATION 7447 7447 IC
    Text: GPS-MS1E GPS Receiver Macro Component SiRFstar I Positioning Engine GPS-MS1E is a fully self-contained low-cost GPS receiver based on the SiRFstar™ I GPS technology. With its innovative packaging technology the GPS-MS1E is the ideal solution for high volume application with stringent,


    Original     		PDF G1-MS1-03001-B GSP1/LX IC 7447 ic ttl 7447 grf1/lx UBLOX GPS 7020 7447 pin configuration GPS-MS1E Grf1 lx PIN CONFIGURATION 7447 7447 IC

    firstgps

    Abstract: XE1610
    Text: XE1610 OEMPVT 2.2 XE1610-OEMPVT OEM GPS Receiver Reference Design 2.2 GENERAL DESCRIPTION KEY FEATURES The XE1610-OEMPVT GPS Receiver Reference Design from Semtech is a GPS receiver product features the revolutionary GPS architecture. This complete enabled GPS receiver solution provides high


    Original     		PDF XE1610 XE1610-OEMPVT XE1610-OEMPVT XE16BB10 firstgps XE1610

    GSP1/LX

    Abstract: GPS-MS1E grf1/lx GPS-MS1E-DL UBLOX GPS 7020 SiRF Binary Protocol Grf1 lx Sirf GSP1/LX GPS ublox EK1-TD-0-000-0
    Text: GPS-MS1E GPS Receiver Macro Component SiRFstar I Positioning Engine GPS-MS1E is a fully self-contained low-cost GPS receiver based on the SiRFstar™ I GPS technology. With its innovative packaging technology the GPS-MS1E is the ideal solution for high volume application with stringent,


    Original     		PDF G1-MS1-03001-C GSP1/LX GPS-MS1E grf1/lx GPS-MS1E-DL UBLOX GPS 7020 SiRF Binary Protocol Grf1 lx Sirf GSP1/LX GPS ublox EK1-TD-0-000-0

    GPS chip

    Abstract: 28 MHZ crystal Motorola b4 motorola MG200 MG2000 12-Channel Mixer oncore
    Text: MOTOROLA SEMICONDUCTOR TECHNICAL DATA Oncore GPS Chip Mixed Mode RF and Digital Monolithic GPS Sensor MG2000 The Oncore GPS Chip integrated circuit was specifically designed for low power, cost effective host-based GPS applications. Measuring only 8x8 mm, the Oncore GPS Chip monolithic GPS sensor design includes a


    Original     		PDF MG2000 12-channel 64-pin GPS chip 28 MHZ crystal Motorola b4 motorola MG200 MG2000 12-Channel Mixer oncore

    GPS interface WITH ARM

    Abstract: arm gps GPS ARCHITECT gps architecture DS4056 DS4374 GPS SAW filter 35.42 MHz GPS receiver DS3553 DS4605
    Text: GPS Architect 12 Channel GPS Development System DS4605 - 2.5 March 1997 OVERVIEW The GPS ARCHITECT Figure 1 is a development system intended for Global Positioning System (GPS) receiver design where a GPS receiver function needs to be embedded within OEM products at low cost.


    Original     		PDF DS4605 GP2000 P60ARM-B 95-based HB4305 GPSARCHARM/01/SSTM GPSARCH/01/SSTM GPSARCH/01/HARD GPSWT2PDLC/20/SOFT GPS interface WITH ARM arm gps GPS ARCHITECT gps architecture DS4056 DS4374 GPS SAW filter 35.42 MHz GPS receiver DS3553

    Radio Technical Commission for Maritime Services,

    Abstract: block diagram of gps 1997 GPS integrated receiver antenna GPS Architect
    Text: GPS Architect 12 Channel GPS Development System DS4605 - 2.5 March 1997 OVERVIEW The GPS ARCHITECT Figure 1 is a development system intended for Global Positioning System (GPS) receiver design where a GPS receiver function needs to be embedded within OEM products at low cost.


    Original     		PDF DS4605 GP2000 P60ARM-B Radio Technical Commission for Maritime Services, block diagram of gps 1997 GPS integrated receiver antenna GPS Architect

    GPS ARM

    Abstract: ARM7 DATASHEET for gps vehicle tracking system circuit diagram of philips PC satellite receiver ARM7 for gps vehicle tracking system GPS antenna gps architecture DGPS receiver i2c ARM6 ARM7 ARM6 different GPS receiver module
    Text: GPS Architect 12 Channel GPS Development System DS4605 - 2.5 March 1997 OVERVIEW The GPS ARCHITECT Figure 1 is a development system intended for Global Positioning System (GPS) receiver design where a GPS receiver function needs to be embedded within OEM products at low cost.


    Original     		PDF DS4605 GP2000 P60ARM-B GPS ARM ARM7 DATASHEET for gps vehicle tracking system circuit diagram of philips PC satellite receiver ARM7 for gps vehicle tracking system GPS antenna gps architecture DGPS receiver i2c ARM6 ARM7 ARM6 different GPS receiver module

    GPS ARM

    Abstract: ARM7 for gps vehicle tracking system plessey gps receiver ARM7 DATASHEET for gps vehicle tracking system GP2015 plessey block diagram of gps arm gps GPS ARCHITECT circuit diagram of PC satellite receiver gps architecture
    Text: MARCH 1997 DS4605 - 2.5 GPS ARCHITECT 12 CHANNEL GPS DEVELOPMENT SYSTEM OVERVIEW The GPS ARCHITECT Figure 1 is a development system intended for Global Positioning System (GPS) receiver design where a GPS receiver function needs to be embedded within OEM products at low cost.


    Original     		PDF DS4605 GP2000 P60ARM-B GPS ARM ARM7 for gps vehicle tracking system plessey gps receiver ARM7 DATASHEET for gps vehicle tracking system GP2015 plessey block diagram of gps arm gps GPS ARCHITECT circuit diagram of PC satellite receiver gps architecture

    RTCM-SC104 data format

    Abstract: grf1/lx RTCM-SC104 UBLOX GPS 7020 sirfstar 3 D-64625 GSP1/LX MicroMaTch sirfstar I Grf1 lx
    Text: GPS-PS1E GPS RECEIVER MODULE DATA SHEET GPS Receiver Board based on SiRFstarTM I/LX u-blox ag • Zuercherstrasse 68 • CH-8800 Thalwil • Switzerland • Phone +41 1 722 74 44 • Fax +41 1 722 74 47 • www.u-blox.com GPS-PS1E - Data Sheet Title GPS-PS1E


    Original     		PDF CH-8800 G1-PS1-00002-B regE18 RTCM-SC104 data format grf1/lx RTCM-SC104 UBLOX GPS 7020 sirfstar 3 D-64625 GSP1/LX MicroMaTch sirfstar I Grf1 lx

    antenna switch s79

    Abstract: .s79 antenna switch D0208 XE16BB10 S79 switch 6 s79 dbm satellite received board firstgps trimble GPS BASEBAND GPS antenna
    Text: Preliminary Datasheet XE1610-OEMPVT rev 2.0 XE1610-OEMPVT OEM GPS Receiver Reference Design GENERAL DESCRIPTION KEY FEATURES The XE1610-OEMPVT GPS Receiver Reference Design from XEMICS is a GPS receiver product featuring the revolutionary FirstGPS architecture.


    Original     		PDF XE1610-OEMPVT XE1610-OEMPVT XX/D0208-199 antenna switch s79 .s79 antenna switch D0208 XE16BB10 S79 switch 6 s79 dbm satellite received board firstgps trimble GPS BASEBAND GPS antenna

    DGPS receiver i2c

    Abstract: ds4004 gps architecture 16 channel GPS receiver module DW9255 GP2000 GP2010 GP2015 GP2021 P60ARM-B
    Text: GPS Orion 12 Channel GPS Reference Design Application Note AN4808 ISSUE 2.0 October 2001 GPS Orion is reference design to demonstrate the capability of the Zarlink Semiconductor GP2000 Global Positioning chip set. It is a fully functional GPS receiver design


    Original     		PDF AN4808 GP2000 DGPS receiver i2c ds4004 gps architecture 16 channel GPS receiver module DW9255 GP2010 GP2015 GP2021 P60ARM-B

    Untitled

    Abstract: No abstract text available
    Text: AN11420 NXP GPS LNA - GPS LNA voltage supply via a coax cable coming from the GPS receiver Rev. 1 — 4 October 2013 Application note Document information Info Content Keywords GPS, GNSS, LNA, AEC-Q100, automotive, voltage supply, coax cable Abstract This application note describes how to supply NXP GPS LNA voltage


    Original     		PDF AN11420 AEC-Q100,

    ARM60B

    Abstract: gps chipset designers guide nmea 0183-V2 AN4808 DW9255 GP2000 GP2010 GP2015 GP2021 P60ARM-B
    Text: GPS Orion 12 Channel GPS Reference Design Application Note AN4808 ISSUE 2.0 October 2001 GPS Orion is reference design to demonstrate the capability of the Zarlink Semiconductor GP2000 Global Positioning chip set. It is a fully functional GPS receiver design


    Original     		PDF AN4808 GP2000 ARM60B gps chipset designers guide nmea 0183-V2 AN4808 DW9255 GP2010 GP2015 GP2021 P60ARM-B

    navman gps

    Abstract: navman gps receiver with rs232 NMEA - 0183 protocol GPS rockwell gps Serial DB9 to Mini Din ps2 db9 Navman gps receiver with rs232 9pin mini din NMEA0183
    Text: IVN GPS Sensor Integrated GPS receiver with antenna for in-vehicle navigation 12-channel GPS receiver for an all-in-view solution NMEA-0183 protocol, compatible with most digital map applications The IVN GPS sensor is an ideal solution for situations where precision


    Original     		PDF 12-channel NMEA-0183 RS-232) CB000193 AA005111) WGS-84 LA010036B navman gps navman gps receiver with rs232 NMEA - 0183 protocol GPS rockwell gps Serial DB9 to Mini Din ps2 db9 Navman gps receiver with rs232 9pin mini din NMEA0183

    GP107

    Abstract: 80C51XA GP100 GP101 GP102 HP00 gps drive microcontroller navigation NMEA GPS GP100 Series
    Text: INTEGRATED CIRCUITS SAA1575 GPS baseband processor Objective specification Philips Semiconductors 1998 Feb 10 Philips Semiconductors Objective specification GPS Baseband Processor SAA1575 The GPS firmware is located in off–chip program memory. It processes the GPS signals from up to 8 satellites and generates


    Original     		PDF SAA1575 SAA1575 GP107 80C51XA GP100 GP101 GP102 HP00 gps drive microcontroller navigation NMEA GPS GP100 Series

    GPS chip 3330r

    Abstract: 3330r 3330R 38743 XE16BB10 cr816 GPS+chip+3330r digital correlator A/GPS chip 3330r
    Text: XE16BB10 Enhanced GPS Correlator XE16BB10 Enhanced GPS Channel Correlator FEATURES GENERAL DESCRIPTION • • The XE16BB10 is part of the XE1610 chipset based on the advanced FirstGPS architecture. This enhanced GPS channel correlator is designed to receive and


    Original     		PDF XE16BB10 XE16BB10 XE1610 GPS chip 3330r 3330r 3330R 38743 cr816 GPS+chip+3330r digital correlator A/GPS chip 3330r

    XE1610

    Abstract: XE16BB10 GPS antenna GPS programming Power Nucleus RMC 210 XE1610-OEMPVT NMEA-0183 WGS84
    Text: Datasheet XE1610-OEMPVT 2.0/2.2 XE1610-OEMPVT OEM GPS Receiver Reference Design 2.0 / 2.2 GENERAL DESCRIPTION KEY FEATURES The XE1610-OEMPVT GPS Receiver Reference Design from XEMICS is a GPS receiver product features the revolutionary GPS architecture. This


    Original     		PDF XE1610-OEMPVT XE1610-OEMPVT XX/D0308-199 XE1610 XE16BB10 GPS antenna GPS programming Power Nucleus RMC 210 NMEA-0183 WGS84

    GPS chip 3330r

    Abstract: 3330r XE16BB10 3330R 38743 CoolRISC 816 gps architecture UART gps XE16BB10I11 SO16NB TSSOP28
    Text: Data Sheet XE16BB10 Enhanced GPS Correlator XE16BB10 Enhanced GPS Channel Correlator 1. Features General Description • • The XE16BB10 is part of the XE1610 chipset based on the advanced FirstGPS architecture. This enhanced GPS channel correlator is designed to receive and decode


    Original     		PDF XE16BB10 XE16BB10 XE1610 D0205-129 GPS chip 3330r 3330r 3330R 38743 CoolRISC 816 gps architecture UART gps XE16BB10I11 SO16NB TSSOP28