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1-2823602-1 TE Connectivity (1-2823602-1) MIMO WITH GPS/GNSS 2G/3G/4G WLAN ANTENNA visit TE Connectivity
RI-ANT-G02E-30 Texas Instruments ANTENNA-OTHER visit Texas Instruments
RI-ANT-G01E-30 Texas Instruments ANTENNA-OTHER visit Texas Instruments
RI-ANT-S01C-30 Texas Instruments ANTENNA-OTHER visit Texas Instruments
CC3000FRAMEMK-M Texas Instruments Murata SimpleLink Wi-Fi CC3000 FRAM Evaluation Module Kit visit Texas Instruments
RI-ACC-AT12-00 Texas Instruments Series Antenna Tuning Indicator visit Texas Instruments

GPS antenna murata

Catalog Datasheet MFG & Type PDF Document Tags

MURATA VCO Series

Abstract: l1 l2 gps antenna schematic STB5610 GPS RF FRONT-END IC PRELIMINARY DATA · ONE CHIP SYSTEM TO INTERFACE GPS ANTENNA TO GPS MICRO CONTROLLER · ABLE TO SUPPORT ACTIVE AND PASSIVE ANTENNA · MINIMUM EXTERNAL COMPONENTS · COMPATIBLE WITH GPS L1 SPS SIGNAL AND GALILEO FREQUENCIES · CMOS OUTPUT LEVELS · 2.7 V . 3.6 V SUPPLY VOLTAGE · EMBEDDED LOW PHASE NOISE PLL · ACTIVE ANTENNA SENSOR · SMART CHIP ENABLE FUNCTION FOR POWER CONSUMPTION , GPS (L1) signal to 4.092 MHz Output signal. The integrated PLL with on-chip reference oscillator uses
STMicroelectronics
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MURATA VCO Series l1 l2 gps antenna schematic l4931a33 LQW18 GPS SAW filter active antenna murata SAW TQFP48 STB5610ETR STB5610E

GPS antenna murata

Abstract: GRM1555 "otherwise difficult to achieve" GPS applications. The antenna module can be fully embedded in the housing , the active antenna. Alternatively, and the easiest way is to bias the LNA by using a GPS receiver module with active antenna support feature. The majority of the GPS receivers can provide the necessary , can be connected between the active antenna and the receiver if there is no GPS band pass filter (SAW , Electrical Integration Guide SL1204-06-50200 ­ April 2009 ­ Initial Revision Revision GPS
Sarantel
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SL1206 SL1204 GPS antenna murata GRM1555 SAFEB1G57KB0F00 murata gps MURATA GPS FILTER SAFEB1G57 SL1200-G

DFC21R57P002HHA

Abstract: l4931a33 STB5610 GPS RF FRONT-END IC PRELIMINARY DATA · ONE CHIP SYSTEM TO INTERFACE GPS ANTENNA TO GPS MICRO CONTROLLER · ABLE TO SUPPORT ACTIVE AND PASSIVE ANTENNA · MINIMUM EXTERNAL COMPONENTS · COMPATIBLE WITH GPS L1 SPS SIGNAL AND GALILEO FREQUENCIES · CMOS OUTPUT LEVELS TQFP48 · 2.7 V . 3.6 V SUPPLY VOLTAGE · EMBEDDED LOW PHASE NOISE PLL ORDER CODE STB5610 · ACTIVE ANTENNA SENSOR , System RF front-end. The chip provides down conversion from the 1575.42 MHz GPS (L1) signal to 4.092
STMicroelectronics
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DFC21R57P002HHA GRM18 Murata DFCB21G57LDJAB L4931ABD33 SMV1405-079 Murata GC Series

l4931a33

Abstract: DFCB21G57LDJAB-TT1 STB5610 GPS RF FRONT-END IC PRELIMINARY DATA · ONE CHIP SYSTEM TO INTERFACE GPS ANTENNA TO GPS MICRO CONTROLLER · ABLE TO SUPPORT ACTIVE AND PASSIVE ANTENNA · MINIMUM EXTERNAL COMPONENTS · COMPATIBLE WITH GPS L1 SPS SIGNAL AND GALILEO FREQUENCIES · CMOS OUTPUT LEVELS · 2.7 V . 3.6 V SUPPLY VOLTAGE · EMBEDDED LOW PHASE NOISE PLL · ACTIVE ANTENNA SENSOR · SMART CHIP ENABLE FUNCTION FOR POWER CONSUMPTION , Ground External Circuit 3/11 STB5610 BLOCK DIAGRAM (GPS L1) SAW Filter Passive Antenna LC Filter
STMicroelectronics
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DFCB21G57LDJAB-TT1 DFc21r57 rakon ck NSVA-352

DFC21R57P002HHA

Abstract: l4931a33 STB5610 GPS RF front-end IC Not For New Design Features One chip system to interface GPS antenna to GPS microcontroller Able to support active and passive antenna Minimum external components Compatible with GPS L1 SPS signal and Galileo frequencies CMOS output levels 2.7 V to 3.6 V supply voltage Embedded low phase noise PLL Active antenna sensor , Ob - The STB5610, using ST RF bipolar technology, implements a global positioning system (GPS
STMicroelectronics
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LQFP48 LNA Mixer VCO 2.4 GHz RAKON TCXO TCXO rakon 4 MHz tcxo GPS antenna murata saw filter

DFC21R57P002HHA

Abstract: DFc21r57 STB5610 GPS RF front-end IC Not For New Design Features One chip system to interface GPS antenna to GPS microcontroller Able to support active and passive antenna Minimum external components Compatible with GPS L1 SPS signal and Galileo frequencies CMOS output levels 2.7 V to 3.6 V supply voltage Embedded low phase noise PLL Active antenna sensor , Description The STB5610, using ST RF bipolar technology, implements a global positioning system (GPS) RF
STMicroelectronics
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DFC21R IF2G dfc21 RAKON NEOHM L4931A

mstar

Abstract: MSB2122 GPS RADIONOVA® RF Antenna Module Part No. M10295 Product Specification Applications · , Tracking / Personal Safety Features · Low cost single package GPS RF antenna module · MStar , integrated GPS RF Antenna Module suitable for L1-band GPS and A-GPS systems. The device is based on the , -PS GPS RADIONOVA® RF Antenna Module Part No. M10295 Absolute Maximum Ratings Symbol Parameter , Specification 09MD-0018-4-PS GPS RADIONOVA® RF Antenna Module Part No. M10295 External antenna LNA gain
Antenova
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MSB2122 mstar MStar Semiconductor Mstar MSB2122 gps schematic diagram MStar gps

murata 455KHz ceramic filter

Abstract: MURATA TRIPLEXER Type Function Range SMT Murata Series Antenna Coils Receiver Front End 2.8mH , Function Range SMT Murata Series Antenna 1575.0 to 2450.0MHz ANC Chip Multilayer , Power RF Products Filters RF Product Type Function Range SMT Murata Series Antenna , SMT Murata Series Dielectric Duplexers (GIGAFIL®) Antenna, TX, RX Link 800 to 900MHz, 1.5 , Products Filters RF Product Type Function Range SMT Murata Series Antenna Coils
muRata
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murata 455KHz ceramic filter MURATA TRIPLEXER MuRata Gigafil murata 10.7Mhz ceramic filter murata 455khz filter murata vco mqr LFB32 MM8430 MM8130

murata saw filter

Abstract: GPS antenna murata between Mitel DW9255 and Murata SAFCC35.42MC00Z SAWs - +25°C - optimum inductor matching - GPS Antenna on , measured for its IFOUT spectral response. The response was measured with a GPS Active antenna attached to , for the interface between the Murata SAFCC35.42MC00Z SAW and the Mitel GP2015 GPS RF Front-end is , Application Brief AB5202 GP2015 Using the GP2015 with the Murata Saw Filter Application , users of the Mitel GP2015 (or GP2010) GPS RF Front-end how to use a new 35.42MHz SAW which has recently
Mitel Semiconductor
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DW9255 MITEL DS4808 Murata SAW series SAFCC

murata saw filter

Abstract: AB5202 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 , Application Brief AB5202 GP2010/GP2015 Using the Murata SAFCC35.42MC00Z Saw Filter , prepared to advise users of the Zarlink GP2015 (or GP2010) GPS RF Front-end how to use a new 35.42MHz SAW which has recently become available from Murata. The Murata SAFCC35.42MC00Z SAW filter device is a
Zarlink Semiconductor
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DS4605 30080 46 saf* philips Murata rf filter GP2000 GP2021

murata SAW

Abstract: 30080 46 - 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 , interface between the Murata SAFJA35M4WC0Z00 SAW and the Zarlink GP2015 GPS RF Front-end is shown in Figure , Application Brief AB5202 GP2010/GP2015 Using the Murata SAFJA35M4WC0Z00 Saw Filter , prepared to advise users of the Zarlink GP2015 (or GP2010) GPS RF Front-end how to use a new 35.42MHz SAW
Zarlink Semiconductor
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DS437 MC00Z

GP2000

Abstract: murata saw filter - 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 , interface between the Murata SAFJA35M4WC0Z00 SAW and the Zarlink GP2015 GPS RF Front-end is shown in Figure , Application Brief AB5202 GP2010/GP2015 Using the Murata SAFJA35M4WC0Z00 Saw Filter , prepared to advise users of the Zarlink GP2015 (or GP2010) GPS RF Front-end how to use a new 35.42MHz SAW
Zarlink Semiconductor
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AN4808

SAFJA35M4WC0Z00

Abstract: AN4808 - 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 , interface between the Murata SAFJA35M4WC0Z00 SAW and the Zarlink GP2015 GPS RF Front-end is shown in Figure , Application Brief AB5202 GP2010/GP2015 Using the Murata SAFJA35M4WC0Z00 Saw Filter , prepared to advise users of the Zarlink GP2015 (or GP2010) GPS RF Front-end how to use a new 35.42MHz SAW
Zarlink Semiconductor
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Dynex

SAFJA35M4WC0Z00

Abstract: MURATA GPS FILTER - 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 , interface between the Murata SAFJA35M4WC0Z00 SAW and the Zarlink GP2015 GPS RF Front-end is shown in Figure , Application Brief AB5202 GP2010/GP2015 Using the Murata SAFJA35M4WC0Z00 Saw Filter , prepared to advise users of the Zarlink GP2015 (or GP2010) GPS RF Front-end how to use a new 35.42MHz SAW
Zarlink Semiconductor
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safja GPS Receiver RF Front End philips saw filter

murata saw filter

Abstract: murata 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 , interface between the Murata SAFJA35M4WC0Z00 SAW and the Zarlink GP2015 GPS RF Front-end is shown in Figure , Application Brief AB5202 GP2010/GP2015 Using the Murata SAFJA35M4WC0Z00 Saw Filter , prepared to advise users of the Zarlink GP2015 (or GP2010) GPS RF Front-end how to use a new 35.42MHz SAW
Zarlink Semiconductor
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UBX-G5000

Abstract: smd 5H transistor antenna types available on the market and how to reduce interference in your GPS design , TIM-5H u-blox 5 GPS and GALILEO Module u-blox AG Zürcherstrasse 68 , specifications of the u-blox 5 based TIM-5H cost effective, high-performance GPS/GALILEO module , acquisition, SuperSense® Indoor GPS providing best-in-class acquisition and tracking sensitivity, precision , and development. · GPS Compendium: This document, also known as the GPS book, provides a wealth
u-blox
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UBX-G5000 smd 5H transistor transistor SMD making code 3f DATASHEET OF IC 741 technical data sheet of tamura solder paste tig welding machine G5-MS5-07015-A-1

OM350

Abstract: UBXG6010 ® m2m GPS RADIONOVA® RF Antenna Module Part No. M10382 Product Specification , ) â'¢ Asset Tracking / Personal Safety Features â'¢ Low cost single package GPS RF antenna , combines a full GPS engine and antenna on a small SMD module. The M10382 is a highly integrated GPS RF Antenna Module suitable for L1-band GPS and A-GPS systems. The device combines the high performance ublox 6 GPS position engine with Antenovaâ'™s high efficiency antenna technology in a small SMD module
Antenova
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OM350 UBXG6010 11MD-0043-4-PS
Abstract: ORG9805 Antenna Datasheet GPS External Active Antenna GPS L1 High Performance Filtering , GPS External Active Antenna 1. Description The ORG9805 External Active Antenna incorporates , . The ORG9805 Active Antenna is the perfect match to the OriginGPS GPS receiver modules. 2. Features ï'· ï'· ï'· ï'· ï'· ï'· Antenna element with high efficiency for excellent coverage of GPS , www.origingps.com Confidential -2- ORG9805 Antenna Datasheet GPS External Active Antenna 5. Typical OriginGPS
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RG-174
Abstract: Acuta Standard GPS Antenna Part No. A10415 Product Specification 1 Features â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ GPS antenna designed for embedded applications Small size and light weight , GPS antenna is an innovative high performance GPS antenna designed to replace ceramic patch antennas , hemispherical radiation pattern towards the sky - achieving optimal GPS performance. Acuta GPS antenna is , Specification 11MD-0041-2-PS Acuta Standard GPS Antenna Part No. A10415 4 Part number Acuta: A10415 Antenova
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M17/113-RG316

Abstract: RG214/U 's apparently clear that design of the antenna and RF front-end of a GPS receiver requires careful attention. This document gives some insight into the do's and don'ts of RF design for GPS receivers. Antenna , see that the omni directional characteristic of the GPS antenna will always result in a strong , temperature in free space antenna environment. One can see that the operating frequency of GPS was selected , number is Pc,max/N0 = 50 dBHz. Worst case for a 0 dBic antenna results in 45 dBHz. Typical GPS base band
u-blox
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GPS-X-02015-A M17/113-RG316 RG214/U M17/75-RG214 crimp tools suhner DATASHEET OF RG 188 A/U COAX CABLE M17/127 RG393 CH-8800 G2-MS2-01001 G2-SA-02004 GPS-X-00001 D-64625
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