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GPS Orion Datasheet

Part Manufacturer Description PDF Type
GPS Orion GEC Plessey Semiconductors Original
GPSORION Mitel Semiconductor 12 Channel GPS Receiver Design Product Brief Original

GPS Orion

Catalog Datasheet MFG & Type PDF Document Tags

Rakon TXO200B

Abstract: RA2 GPS ANTENNA ) Part No GP2010 GP2015 GP2021 P60ARM-B GPS Orion Description GPS RF Front End GPS RF Front , from Zarlink Semiconductor. The GPS Orion is used as the reference for this engine design. The critical , EPROM. The GPS Orion operates with a Power Supply Regulator and RS232 support Interface Board. Together with an active GPS antenna with low noise amplifier (LNA), and a computer monitor, the GPS Orion forms , Orion receiver design appears in Figure 1. The GPS Orion receiver board comprises the following
Zarlink Semiconductor
Original
GP2000 Rakon TXO200B RA2 GPS ANTENNA DFC21R57P002HHA RAKON TXO200B 25 MHZ ndk 50MHz NDK America AN4855 ARM60-B DS4056 DS4374 DS4077

RAKON TXO200B 25 MHZ

Abstract: Oscillatek ) Part No GP2010 GP2015 GP2021 P60ARM-B GPS Orion Description GPS RF Front End GPS RF Front , from Zarlink Semiconductor. The GPS Orion is used as the reference for this engine design. The critical , EPROM. The GPS Orion operates with a Power Supply Regulator and RS232 support Interface Board. Together with an active GPS antenna with low noise amplifier (LNA), and a computer monitor, the GPS Orion forms , Orion receiver design appears in Figure 1. The GPS Orion receiver board comprises the following
Zarlink Semiconductor
Original
Oscillatek TXO200B 5111A-ANL50 5111A-ANL50-A Oscillatek TCXO TCXO A31 10MHZ DS3553 DS4808 DW9255

DGPS receiver i2c

Abstract: ds4004 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 , access to GPS software source code at minimal cost The GPS Orion comprises two boards : a GPS , ARM60-B 32-bit RISC microprocessor offers high Figure 1 - GPS Orion Receiver Board with Interface Board , correction data. Software The software for GPS Orion is stored in EPROM and is self-booting. The software
Zarlink Semiconductor
Original
DGPS receiver i2c ds4004 gps architecture ARM-60B 16 channel GPS receiver module GPS chip 2001

Rakon TXO200B

Abstract: TCXO A31 10MHZ DS4004 DS4808 Part No Description DW9255 GP2010 GP2015 GP2021 ARM60-B GPS Orion 35.42MHz Saw , -channel GPS receiver engine using the GP2000 chipset from Mitel Semiconductor. The GPS Orion is used as the , components. The GPS Orion is a complete 12-channel Global Positioning System receiver design, implemented on , in EPROM. The GPS Orion operates with a Power Supply Regulator and RS232 support Interface Board. Together with an active GPS antenna with low noise amplifier (LNA), and a computer monitor, the GPS Orion
Mitel Semiconductor
Original
TCXO A31 5MHZ ndk 10MHz T-1115 OSCILLATEK electrolytic capacitor 336 35K 5111A-ANL50A Rakon TXO DS3861

plessey gps receiver

Abstract: gps plessey AUGUST 1997 PRODUCT BRIEF DS4808 - 1.3 GPS Orion 12 CHANNEL GLOBAL POSITIONING SYSTEM RECEIVER DESIGN The GPS Orion is an evaluation kit to demonstrate the capability of the GEC Plessey , ) with access to GPS software source code at minimal cost The GPS Orion comprises two boards : a GPS , allow it to be easily coupled to the ARM60 32 bit RISC processor. Fig.1 GPS Orion Receiver Board , . Software The software for GPS Orion is stored in EPROM and is self-booting. The software provides many
GEC Plessey Semiconductors
Original
plessey gps receiver gps plessey GP2015 plessey ARM60 plessey gp2000 gps chipset designers guide gps chips

GPS ARCHITECT

Abstract: ds4004 GPS Orion 12 Channel GPS Receiver Design Product Brief DS4808 - 1.3 August 1997 The GPS Orion , source code at minimal cost The GPS Orion comprises two boards : a GPS Receiver board, and an , peripheral equipment, and long term memory backup. GPS Receiver Board The GPS Orion receiver architecture , processor. Fig.1 GPS Orion Receiver Board with Interface Board The ARM60-B 32-bit RISC microprocessor , and DGPS correction data. Software The software for GPS Orion is stored in EPROM and is
Mitel Semiconductor
Original
GPS ARCHITECT 1997 GPS integrated receiver antenna GP2000 Chipset Designers gps receiver gps satellite architecture

ARM60B

Abstract: AN4808 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 , access to GPS software source code at minimal cost The GPS Orion comprises two boards : a GPS , ARM60-B 32-bit RISC microprocessor offers high Figure 1 - GPS Orion Receiver Board with Interface Board , correction data. Software The software for GPS Orion is stored in EPROM and is self-booting. The software
Zarlink Semiconductor
Original
ARM60B nmea 0183-V2 gps chipset designers guide

year 2000 compliant motherboard

Abstract: Rollover GPS ORION SOFTWARE PRODUCT: TEST # 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 , / 10th November 1998_ Signature / Date GPS Orion does NOT support SECS II / GEM communication GPS Orion does NOT support SECS II / GEM communication GPS Orion does NOT support SECS II / GEM communication GPS Orion does NOT support SECS II / GEM communication GPS Orion data purge is complete and NOT , Processor / Motherboard: ARM60 / GPS ORION TEST PLATFORM DATE: 9th November 1998 EXPLANATION (IF
-
Original
STR2760 year 2000 compliant motherboard Rollover

Rakon TXO200B

Abstract: 5111A-ANL50-A ) Part No GP2010 GP2015 GP2021 P60ARM-B GPS Orion Description GPS RF Front End GPS RF Front , from Zarlink Semiconductor. The GPS Orion is used as the reference for this engine design. The critical , EPROM. The GPS Orion operates with a Power Supply Regulator and RS232 support Interface Board. Together with an active GPS antenna with low noise amplifier (LNA), and a computer monitor, the GPS Orion forms , Orion receiver design appears in Figure 1. The GPS Orion receiver board comprises the following
Zarlink Semiconductor
Original
Passive GPS ceramic patch antenna rakon 10MHz RA1 GPS ANTENNA tcxo a31 Oscillatek 10 MHz Osc t-1115

Rakon TXO200B

Abstract: RAKON TXO200B 25 MHZ ) Part No GP2010 GP2015 GP2021 P60ARM-B GPS Orion Description GPS RF Front End GPS RF Front , from Zarlink Semiconductor. The GPS Orion is used as the reference for this engine design. The critical , EPROM. The GPS Orion operates with a Power Supply Regulator and RS232 support Interface Board. Together with an active GPS antenna with low noise amplifier (LNA), and a computer monitor, the GPS Orion forms , Orion receiver design appears in Figure 1. The GPS Orion receiver board comprises the following
Zarlink Semiconductor
Original
schematics c band satellite receiver TXO2 190 ndk

GP2015

Abstract: GPS Orion 7mm) Reference Design GPS Orion 12 Channel Global Positioning System Receiver Design, using , RF Front Ends WIRELESS DATA / SATELLITE GLOBAL POSITIONING SYSTEMS (GPS) WIRELESS Part # Features Packaging Sign and Magnitude digital outputs Operating Power (mW (typ) GPS Input Signal On-chip Complete on-chip VCO GP2010 GP2015 2.7V - 5.5V 2.7V - 5.5V 200 200 L1 (1575.42MHz) (CA) L1 (1575.42MHz) (CA) l l l l l l l l GP2021, GP4020 GP2021, GP4020
Zarlink Semiconductor
Original

Watchdog Timers

Abstract: GPS Orion -lead PQFP 3.3V +/-10% 150 GPS Orion 12 Channel Global Positioning System Receiver Design, using , Correlators WIRELESS DATA / SATELLITE GLOBAL POSITIONING SYSTEMS (GPS) WIRELESS Part # Features Packaging External Microcontroller Compatibility Microcontroller with serial I/O, parallel I/O and watchdog timers Typical Power Dissipation (mW) GP2021 GP4020 Reference Design l ARM7TDMI-based l l l ARM, Intel & Motorola (16- & 32-bit) N/A 12 12 l l 5V +/-10% 190 44 at
Zarlink Semiconductor
Original
Watchdog Timers

max232

Abstract: protel . OR_INTB.SCHSize GPS ORION INTERFACE BOARD Author: SEMICONDUCTOR MITEL GND GND 5 9 4 8 3
-
Original
max232 protel RXB 24 max232 application schemat LM2825 MAX232

AN4808

Abstract: DS4056 number GP2010 GPS receiver RF front end DS4056 GP2015 Miniature GPS receiver RF front end DS4374 GPS Orion 12 Channel GPS Receiver Design AN4808 GP2000 2 Description GPS , Application Brief has been prepared to advise users of the Zarlink GP2010 or GP2015 GPS RF Front-end how to , diagram showing the existing PLL Loop-filter arrangement for both the GP2010 and GP2015 GPS RF , 2.8GHz. This change is strongly recommended in all GPS receiver designs, which employ the GP2010 or
Zarlink Semiconductor
Original
GP2105 AB5640 MLF2012DR56KT MLF1608DR56KT

MLF2012DR56KT

Abstract: tdk VCO number GP2010 GPS receiver RF front end DS4056 GP2015 Miniature GPS receiver RF front end DS4374 GPS Orion 12 Channel GPS Receiver Design AN4808 GP2000 2 Description GPS , Application Brief has been prepared to advise users of the Zarlink GP2010 or GP2015 GPS RF Front-end how to , diagram showing the existing PLL Loop-filter arrangement for both the GP2010 and GP2015 GPS RF , 2.8GHz. This change is strongly recommended in all GPS receiver designs, which employ the GP2010 or
Zarlink Semiconductor
Original
tdk VCO

DS4056

Abstract: GP2000 number GP2010 GPS receiver RF front end DS4056 GP2015 Miniature GPS receiver RF front end DS4374 GPS Orion 12 Channel GPS Receiver Design AN4808 GP2000 2 Description GPS , Application Brief has been prepared to advise users of the Zarlink GP2010 or GP2015 GPS RF Front-end how to , diagram showing the existing PLL Loop-filter arrangement for both the GP2010 and GP2015 GPS RF , 2.8GHz. This change is strongly recommended in all GPS receiver designs, which employ the GP2010 or
Zarlink Semiconductor
Original

AN4808

Abstract: DS4056 number GP2010 GPS receiver RF front end DS4056 GP2015 Miniature GPS receiver RF front end DS4374 GPS Orion 12 Channel GPS Receiver Design AN4808 GP2000 2 Description GPS , Application Brief has been prepared to advise users of the Zarlink GP2010 or GP2015 GPS RF Front-end how to , diagram showing the existing PLL Loop-filter arrangement for both the GP2010 and GP2015 GPS RF , 2.8GHz. This change is strongly recommended in all GPS receiver designs, which employ the GP2010 or
Zarlink Semiconductor
Original

SAFJA35M4WC0Z00

Abstract: AN4808 DS4077 GPS Orion 12 Channel GPS Receiver Design AN4808 32-bit RISC microprocessor DS3553 , prepared to advise users of the Zarlink GP2015 (or GP2010) GPS RF Front-end how to use a new 35.42MHz SAW , - optimum inductor - GPS Antenna on RF input Application Brief -50 AB5202 Application , response was measured with a GPS Active antenna attached to the RF input in order to provide a realistic representation of the spectral noise, which would be seen by a real GPS receiver. The GP2015 was powered with
Zarlink Semiconductor
Original
SAFJA35M4WC0Z00 murata saw filter Dynex GPS antenna murata murata SAW 30080 46 GP2010/GP2015 SAFCC35 MC00Z 42MC00Z

murata saw filter

Abstract: AB5202 DS4605 GPS Orion 12 Channel GPS Receiver Design DS4808 P60ARM-B 32-bit RISC microprocessor , prepared to advise users of the Zarlink GP2015 (or GP2010) GPS RF Front-end how to use a new 35.42MHz SAW , DW9255 and Murata SAFCC35.42MC00Z SAWs - +25 ° - optimum inductor - GPS Antenna on RF input , measured for its IFOUT spectral response. The response was measured with a GPS Active antenna attached to , seen by a real GPS receiver. The GP2015 was powered with +5V DC and its temperature maintained at
Zarlink Semiconductor
Original
MURATA gps filter saf* philips Murata rf filter

DS4808

Abstract: DS4374 : Part No. DW9255 GP2000 GP2000 GP2010 GP2015 GP2021 GPS Architect GPS Orion P60ARM-B Application , SAW filter for a GPS receiver This Application Brief has been prepared to advise users of the Mitel GP2015 (or GP2010) GPS RF Front-end how to use a new 35.42MHz SAW which has recently become available , measured for its IFOUT spectral response. The response was measured with a GPS Active antenna attached to , by a real GPS receiver. The GP2015 was powered with +5V DC, and its temperature maintained at +25C.
Mitel Semiconductor
Original
SA035WA-004 AB5162
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