NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: Ultra-low power L1 GPS RF IC GNR1040 GNR1040 ultra-low power, high-performance GPS RF front-end , GPS solution is easy to implement and fully programmable. The GNR1040 GNR1040 is a highly-integrated, low-power, GPS RF IC operating in the 1.575 GHz (L1) signal band. It is based on a , ultra-low power L1 GPS RF IC VDD (analog) VDD (IO) RF IN Matching network VGA 4.092 MHz , multiple GPS baseband processors · Ultra-low power consumption (15 mW) · 1.8 V supply voltage · ... | Original |
2 pages, |
E911 Gps circuit diagram gps architecture GNR1040 gps frequency synthesizer GNR1040 abstract |
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| Abstract: Maxim > App Notes > WIRELESS, RF, AND CABLE Keywords: rf, rfic, gps if filter, simulated , APPLICATION NOTE 2242 MAX2538 MAX2538 Uses GPS IF LC filter Optimized for 183.6MHz IF Abstract: This application note presents the design of a GPS IF filter at 183.6MHz for use with the MAX2538 MAX2538. Simulated and , , capacitor-coupled, Butterworth LC filter for a GPS IF at 183.6MHz to eliminate the use of an IF SAW filter. This , simulate the frequency response of the GPS IF filter matched to the GPS IF filter. Agilent ADS 2002 was ... | Original |
7 pages, |
MAX2538 GPS SAW filter bandpass filter for GPS APP2242 AN2242 murata gps design bandpass filter for GPS 1575.42Mhz resonator MAX2538 abstract |
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| Abstract: , multi-mode, or multi-band multi-mode cellular/PCS mobile handset. SAW IF Filter GPS L1 Rx (1575.42 MHz) Antenna Ceramic Filter GPS A/D Data Out BTI 4 Sampling Clock BT1575 BT1575 Tunable Tank Serial Interface GPS Receiver 3 Loop Filter Voltage Regulator Enable GPS, PDA or , GPS Receiver Overview BT1575A BT1575A Single Chip L1 GPS RF-IF Receiver with Mobile ImmunityTM , selected for operation of the BT1575 BT1575. GPS L1 Rx (1575.42 MHz) A/D data to Baseband IF1 amp LNA ... | Original |
3 pages, |
PCB GSM ANTENNA BT1575 BT1575A GPS GSM GPS Handheld BethelTronix gps receiver interfacing gps gsm gps architecture mobile phone circuit diagram GPS programming Block diagram on gps receiver Gps circuit diagram BT1575A abstract |
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| Abstract: MOBILE ANTENNAS GPS & Mobile Antennas Low Profile GPS L1 Through-Hole Mount Antennas The , Gain Nominal Impedance Output VSWR 3226MSMA 3226MSMA 1575.42 MHz (GPS L1) 26 dB +/-3 50 ohms 1.5:1 typical 3226MC 3226MC 1575.42 MHz (GPS L1) 26 dB +/-3 50 ohms 1.5:1 typical 3235MSMA 3235MSMA 1575.42 MHz (GPS L1) 34 dB +/-4 50 ohms 1.5:1 typical 3235MC 3235MC 1575.42 MHz (GPS , Frequency Gain 3226MSMA 3226MSMA 1575.42 MHz (GPS L1) +3.5 dBiC Nominal 3226MC 3226MC 1575.42 MHz (GPS L1 ... | Original |
2 pages, |
mobile antenna design gps filter l1 Antennas radome 3235MSMA 1575.42 GPS Antenna 1575 GPS antenna datasheet abstract |
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| Abstract: Mobile Antennas GPS & Mobile Antennas AGPS26GMMSMA AGPS26GMMSMA - 26 dB Gain GPS L1 Glass Mount Antenna The AGPS26GMMSMA AGPS26GMMSMA glass mount global positioning system (GPS) antenna utilizes an electrically shielded LNA PCB assembly and ceramic filter designed to to provide high out-of-band rejection for , /LNA) Center Frequency: 1575.42 +/-1 MHz (GPS L1) Electrical Specifications (Patch) Center , (GPS L1) Right hand circular 50 ohm 1.5:1 typical 3 dBiC Nominal < 3 dB @ boresight ... | Original |
1 pages, |
mobile antenna design GPS antenna SMA pcb mount Connector radome gps filter l1 GPS Antenna 1575 for vehicle tracking GPS system AGPS26GMMSMA AGPS26GMMSMA abstract |
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| Abstract: compact GPS filter/amplifiers with the introduction of the L5667 L5667. A low insertion loss filter and a low , Delta's unique filter/amplifier configuration significantly improves GPS system performance by combining , performance and minimal size. For more information on the L5667 L5667, or for a full list of Delta's GPS filter , i c a l D a t a o n D e l t a M i c r o w a v e P r o d u c t s Low-Noise Model L5667 L5667 GPS Filter/Amplifier Features -Low Noise-High Selectivity-Low Current Draw-Small Package-Light ... | Original |
3 pages, |
L5667 L5663 L5667 abstract |
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| Abstract: GPS Fier l s t DLI introduced a family of GPS components that includes two bandpass filters, two diplexers, and a notch filter. The bandpass filters and diplexer pass both L1 and L2 frequency bands. The notch filter attenuates the L1 frequency band. Two different versions of the diplexer have , components in the circuit. The notch filter incorporates an integral metal cover for RF shielding. All components are solder surface mount compatible and would make a nice temperature stable drop-in for any GPS ... | Original |
1 pages, |
gps filter l1 bandpass filter for GPS diplexer gps and application notch filter datasheet abstract |
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| Abstract: LC Filter ATR0620 ATR0620 GPS Baseband IC RF in LNA ATR0610 ATR0610 © Atmel Corporation 2003. Atmel , GLOBAL POSITIONING SYSTEMS GPS GPS Chip Set for Mobile, Navigation and Multimedia Applications Atmel's chip set for highly optimized low-power GPS modules is highly integrated, thus enabling drastic , GPS receiver optimized for mobile applications, but can also be used for in-vehicle navigation systems. Chip set and GPS modules are a joint development of Atmel (providing the RF IC/digital IC ... | Original |
2 pages, |
arm gsm GPS gsm gps using fleet management GPS tracking receiver ATR0610 ATR0620 ATR0600 16 channel GPS receiver module interfacing gps gsm arm gps gps mobile tracking system GPS chip mobile phone frequency receiver IC datasheet abstract |
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| Abstract: novel dual conversion architecture with single IF filter Minimum external components Compatible with GPS L1 SPS signal Internally stabilized power rails CMOS output levels From 3.3V to 5.9V supply , Components · Compatible with GPS L1 SPS signal · Internally Stabilized Power Rails · CMOS Output Levels , ST-GiPSyTM Chipset ST20GP6 ST20GP6 Application specific features · 12 channel GPS correlation DSP , RTCA-SC159 RTCA-SC159 / WAAS / EGNOS supported GPS performance · Accuracy - stand alone with SA on ... | Original |
2 pages, |
st20 Application CPU ST20 gps chips ST20 32bit gps to microcontroller STB5600 ST20GP6 STB5600 abstract |
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| Abstract: RF Applications Engineering Technical Note PC8236T6N PC8236T6N Three Circuit Configurations For GPS , a silicon germanium carbon (SiGe:C) MMIC designed as low noise amplifier for GPS applications. It , days of GPS applications, most GPS receivers were stand-alone devices. In that case, the in-band RF , trend, however, is the integration of GPS receivers into more and more wireless products, such as cell , out-of-band (OOB) signals in the proximity of GPS receiver, which can severely degrade the GPS receiving ... | Original |
5 pages, |
PC8236T6N design power amplifier for GPS UPC8236 upc8236t6n PC8236T6N abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
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| down conversion from the GPS (L1) signal at 1575MHz via an IF of 20MHz to an output frequency of 4MHz suitable for a ST20GP6 ST20GP6 ST20GP6 ST20GP6 GPS processor. It uses an external single transistor reference oscillator to Complete receiver using a dual conversion architecture with a single IF filter Minimum external components Compatible with GPS L1 SPS ST | Products Presentation | Discrete | RF | GPS CHIP SET www.datasheetarchive.com/files/stmicroelectronics/stonline/prodpres/discrete/rf/gps2.htm |
STMicroelectronics | 07/08/2000 | 7.19 Kb | HTM | gps2.htm |
| filter Minimum External Components Compatible with GPS L1 SPS signal Internally from the GPS (L1) signal at 1575 MHz via an IF 20MHz to an output frequency of 4MHz suitable for the ST20GP6 ST20GP6 ST20GP6 ST20GP6 GPS controller. It uses an external single transistor reference clock. The STB5600 STB5600 STB5600 STB5600 The world's only REAL two-chip solution for GPS Integrates also the RAM and ROM Chip DATASHEET FILES ST20GP6 ST20GP6 ST20GP6 ST20GP6 - Integrated GPS Controller STB5600 STB5600 STB5600 STB5600 www.datasheetarchive.com/files/stmicroelectronics/stonline/prodpres/dedicate/gipsy/stb5600.htm |
STMicroelectronics | 14/06/1999 | 5.29 Kb | HTM | stb5600.htm |
| with a single IF filter Minimum External Components Compatible with GPS L1 SPS signal the GPS (L1) signal at 1575 MHz via an IF 20MHz to an output frequency of 4MHz suitable for the ST20GP6 ST20GP6 ST20GP6 ST20GP6 GPS controller. It uses an external single transistor reference clock. The STB5600 STB5600 STB5600 STB5600 and ST20GP6 ST20GP6 ST20GP6 ST20GP6 The world's first real two-chip solution for GPS Integrates also the RAM and ROM Chip Voice technology GPS ST-GiPSY ChipSet STGP6 STB5600 STB5600 STB5600 STB5600 www.datasheetarchive.com/files/stmicroelectronics/stonline/prodpres/dedicate/carmulti/gipsy/stb5600.htm |
STMicroelectronics | 28/06/2000 | 6.02 Kb | HTM | stb5600.htm |
| the GPS (L1) signal at 1575MHz via a 20.46MHz IF to a 4MHz digital output stream that is fed directly ST | TECHNICAL / PRODUCT PRESS ANNOUNCEMENTS | First Two-Chip Solution for GPS | P260P P260P P260P P260P First Two-Chip Solution for GPS SGS-THOMSON Microelectronics has introduced a pair of complementary ICs that allow, for the first time, a complete Global Positioning by Satellite (GPS) system to be the industry's most compact solution for the rapidly emerging GPS market. In addition to integrating www.datasheetarchive.com/files/stmicroelectronics/stonline/press/news/p260p-v1.htm |
STMicroelectronics | 14/06/1999 | 3.26 Kb | HTM | p260p-v1.htm |
| the GPS (L1) signal at 1575MHz via a 20.46MHz IF to a 4MHz digital output stream that is fed directly ST | TECHNICAL / PRODUCT PRESS ANNOUNCEMENTS | First Two-Chip Solution for GPS | P260P P260P P260P P260P First Two-Chip Solution for GPS SGS-THOMSON Microelectronics has introduced a pair of complementary ICs that allow, for the first time, a complete Global Positioning by Satellite (GPS) system to be the industry's most compact solution for the rapidly emerging GPS market. In addition to integrating www.datasheetarchive.com/files/stmicroelectronics/stonline/press/news/year1998/p260p-v1.htm |
STMicroelectronics | 31/05/2000 | 3.29 Kb | HTM | p260p-v1.htm |
| conversion from the GPS (L1) signal at 1575MHz via a 20.46MHz IF to a 4MHz digital output stream that is fed ST | TECHNICAL / PRODUCT PRESS ANNOUNCEMENTS | First Two-Chip Solution for GPS | P260P P260P P260P P260P First Two-Chip Solution for GPS SGS-THOMSON Microelectronics has introduced a pair of complementary ICs that allow, for the first time, a complete Global Positioning by Satellite (GPS) system to be the industry's most compact solution for the rapidly emerging GPS market. In addition to integrating www.datasheetarchive.com/files/stmicroelectronics/stonline/press/news/year1998/p260p.htm |
STMicroelectronics | 20/10/2000 | 3.34 Kb | HTM | p260p.htm |
| the GPS (L1) signal at 1575MHz via a 20.46MHz IF to a 4MHz digital output stream that is fed directly SGS-THOMSON | TECHNICAL / PRODUCT PRESS ANNOUNCEMENTS | First Two-Chip Solution for GPS | P260P P260P P260P P260P First Two-Chip Solution for GPS SGS-THOMSON Microelectronics has introduced a pair of complementary ICs that allow, for the first time, a complete Global Positioning by Satellite (GPS) system to be the industry's most compact solution for the rapidly emerging GPS market. In addition to integrating www.datasheetarchive.com/files/stmicroelectronics/stonline/press/news/p260p.htm |
STMicroelectronics | 11/03/1998 | 3.21 Kb | HTM | p260p.htm |
| provides down conversion from the GPS (L1) signal at 1575MHz via a 20.46MHz IF to a 4MHz digital output -Chip Solution for GPS | C260P C260P C260P C260P SGS-THOMSON Introduces World's First Two-Chip Solution for GPS Two create a complete Global Positioning by Satellite (GPS) navigation system with just two integrated circuits (ICs). By integrating a GPS system into 50% fewer ICs, SGS-THOMSON offers one of the most cost-effective and smallest solutions - with these two ICs, a GPS unit can be built on a card the size of a large www.datasheetarchive.com/files/stmicroelectronics/stonline/press/news/c260p-v1.htm |
STMicroelectronics | 14/06/1999 | 4.17 Kb | HTM | c260p-v1.htm |
| provides down conversion from the GPS (L1) signal at 1575MHz via a 20.46MHz IF to a 4MHz digital output -Chip Solution for GPS | C260P C260P C260P C260P SGS-THOMSON Introduces World's First Two-Chip Solution for GPS Two create a complete Global Positioning by Satellite (GPS) navigation system with just two integrated circuits (ICs). By integrating a GPS system into 50% fewer ICs, SGS-THOMSON offers one of the most cost-effective and smallest solutions - with these two ICs, a GPS unit can be built on a card the size of a large www.datasheetarchive.com/files/stmicroelectronics/stonline/press/news/c260p.htm |
STMicroelectronics | 11/03/1998 | 4.12 Kb | HTM | c260p.htm |
| provides down conversion from the GPS (L1) signal at 1575MHz via a 20.46MHz IF to a 4MHz digital output -Chip Solution for GPS | C260P C260P C260P C260P SGS-THOMSON Introduces World's First Two-Chip Solution for GPS Two create a complete Global Positioning by Satellite (GPS) navigation system with just two integrated circuits (ICs). By integrating a GPS system into 50% fewer ICs, SGS-THOMSON offers one of the most cost-effective and smallest solutions - with these two ICs, a GPS unit can be built on a card the size of a large www.datasheetarchive.com/files/stmicroelectronics/stonline/press/news/year1998/c260p-v1.htm |
STMicroelectronics | 31/05/2000 | 4.2 Kb | HTM | c260p-v1.htm |