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bandpass filter for GPS

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Abstract: (6/6) 001-02 / 20020906 / e7333_cf.fm RF Components CF6118002 Dielectric Filters SMD GPS FEATURES â'¢ Compact and lightweight, this high-performance dielectric bandpass filter for GPS exhibits excellent spurious characteristics. â'¢ It incorporates TDKâ'™s unique microwave dielectric ceramic, which provides a high dielectric constant, low dielectric loss in microwave band, and excellent temperature characteristics. â'¢ These products are provided in tape packaging for automatic TDK
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Abstract: dielectric bandpass filter for GPS exhibits excellent spurious characteristics. · It incorporates TDK , · Compact and lightweight, this high-performance four-pole dielectric bandpass filter for , dielectric bandpass filter for set-top-box exhibits excellent spurious characteristics. · It incorporates , are high dielectric constant ceramic elements for Bluetooth, Set top box or GPS with a low dielectric , filter for BluetoothTM exhibits excellent spurious characteristics. · It incorporates TDK's unique TDK
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CF61A5001 CF61A2301C CF61A1101D ceramic bandpass Filter 10MHz Dielectric Filters tdk ceramic filters CF61A5101 2250MH 1950MH
Abstract: SAW Filters SAW Bandpass Filter ­ GPS ­ RF Preliminary Specification (Rev. 2) Features , SAW Bandpass Filter ­ GPS ­ RF Preliminary Specification (Rev. 2) May 29 , 2006 th RF Filter , SAW Bandpass Filter ­ GPS ­ RF Preliminary Specification (Rev. 2) May 29 , 2006 th Operating , performance and cost. TMX W007 SAW Bandpass Filter ­ GPS ­ RF Preliminary Specification (Rev. 2 , performance and cost. TMX W007 SAW Bandpass Filter ­ GPS ­ RF Preliminary Specification (Rev. 2 Temex
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Abstract: SAW Filters TMX W007 SAW Bandpass Filter ­ GPS ­ RF Preliminary Specification (Rev. 4 , TMX W007 Features SAW Bandpass Filter ­ GPS ­ RF Preliminary Specification (Rev. 4) October 27th, 2006 RF Filter for GPS applications Very Low Loss High Rejection Single Ended Operation , Technical Characteristics SAW Bandpass Filter ­ GPS ­ RF Preliminary Specification (Rev. 4) October 27th , provide optimum performance and cost. TMX W007 SAW Bandpass Filter ­ GPS ­ RF Preliminary Temex
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Abstract: SAW Filters TMX W347 SAW Bandpass Filter ­ GPS - RF Specification (Rev 1) Features , Filter ­ GPS - RF th Specification (Rev.1)- RF Specification (Rev 1) September 25 , 2005 Features q SAW Filter for GPS q 1575.42 MHz Center Frequency q 2 MHz useable Passband q , Configuration Input B Output E Case ground A, C, D, F 1 TMX W347 SAW Bandpass Filter ­ , Matching Network Input 50 Single Output 50 Single GND 2 TMX W347 SAW Bandpass Filter Temex
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GPS SAW filter W347
Abstract: SAW Filters TMX W007 SAW Bandpass Filter ­ GPS ­ RF Preliminary Specification (Rev. - , .P04 TMX W007 Features SAW Bandpass Filter ­ GPS ­ RF Preliminary Specification (Rev. -) September 16th, 2005 RF Filter for GPS applications Very Low Loss High Rejection Single Ended Operation , Technical Characteristics SAW Bandpass Filter ­ GPS ­ RF Preliminary Specification (Rev. -) September , necessary to provide optimum performance and cost. TMX W007 SAW Bandpass Filter ­ GPS ­ RF Temex
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saw 1575.42 3*3
Abstract: SAW Filters TMX W312 SAW Bandpass Filter ­ GPS ­ RF Specification (Rev 4) Features , . P04 TMX W312 SAW Bandpass Filter ­ GPS ­ RF th Specification (Rev 4) September 25 , Configuration Input B Output D Case ground A, C 1 TMX W312 SAW Bandpass Filter ­ GPS ­ , Network 2 TMX W312 SAW Bandpass Filter ­ GPS ­ RF th Specification (Rev 4) September 25 , TMX W312 SAW Bandpass Filter ­ GPS ­ RF th Specification (Rev 4) September 25 , 2005 Temex
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Abstract: 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 GPS L2 BANDPASS FILTER Model , Specifications: Description: Center Frequency . 1227 MHz The Model L1348 GPS Bandpass Filter was developed for high performance GPS applications. The filter design uses a three section co-axial cavity bandpass filter. 3dB Bandwidth . 2.6 MHz Minimum Insertion Loss , . Aluminum. For more information on GPS products, Delta Rejection. 20 dB Delta Microwave
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design bandpass filter for GPS ELTA gps smaf L2 bandpass filter for GPS 6061-T6
Abstract: for GPS data and services is sure to increase. While cell phone manufacturers are eager to add GPS , over on-chip, integrated LNAs. Key desirable features for a discrete GPS LNA are low noise, high , requirements. Designed specifically for the implementation of GPS in battery-powered handsets, the SiGe-Carbon , network as shown in Figure 2 (next page). Essentially a bandpass filter, it enables the UPC8232T5N to , , a low-loss SAW bandpass filter is placed ahead of the LNA, and a high-rejection SAW band-pass filter California Eastern Laboratories
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murata SAW Filter 900MHz GRM15 LQW15 MURATA GRM15 Desensitization MURATA GPS FILTER 575GH 500MH 4000MH 900MH
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 -
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and application notch filter Bandpass Filters diplexer gps gps filter l1 notch filter
Abstract: ), and eliminates the need for a costly IF SAW filter or bulky discrete IF bandpass filters. The MAX2742 , be present. RF SAW RF bandpass filter centered at 1575.42MHz RF BPF is required for jammer , available GPS baseband ICs. It is suitable for many applications, including vehicle navigation, telematics , components required around the device are minimal for a complete GPS RF solution. The system block diagram , Larger Image Figure 2. GPS RF portion schematic for MAX2742. Complete Stand-Alone GPS Receiver Maxim Integrated Products
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CXD2932 MAX2641 MAX2654 MAX2655 AN3447 gps schematic diagram block diagram of gps receiver GPS jammer 1pps max2744 414MH 023MH
Abstract: GEC PLESSEY S E M I C O N D U C T O R S DS3861 -2 .5 DW9255 35.42MHz SAW FILTER FOR GLOBAL POSITIONING SYSTEM RECEIVERS The DW9255 is a Surface Acoustic Wave (SAW) bandpass filter for use with the , LC bandpass filter schemes. This aids satellite signal acquisition and tracking capability from the , only on in-band noise for optimum gain and superior correlated GPS signal strength. a. Â , RF section of the GPS receiver, hence it is critical to the receiver performance. The filter should -
OCR Scan
GP2000 P2010 GP2015 GP2010 LCS12 DW92S5
Abstract: DW9255 DW9255 35.42MHz SAW Filter for GPS Receivers GND 1 12 4 GND 11 3 , - GND OUTPUT+ The DW9255 is a Surface Acoustic Wave (SAW) bandpass filter for use with the GP2000 , correlated GPS Signal-to-Noise Ratio (SNR) performance compared to conventional LC bandpass filter schemes , 110MHz Operating Temperature Range 2 TO PROCESSOR DW9255 DW9255 used as 2nd IF filter for , receiver performance. The filter should be flat across the 2MHz bandwidth of the GPS Coarse-Acquisition Mitel Semiconductor
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DS4056 LCS12/1
Abstract: DW9255 DW9255 35.42MHz SAW Filter for GPS Receivers GND 1 12 4 GND 11 3 , - GND OUTPUT+ The DW9255 is a Surface Acoustic Wave (SAW) bandpass filter for use with the GP2000 , correlated GPS Signal-to-Noise Ratio (SNR) performance compared to conventional LC bandpass filter schemes , 110MHz Operating Temperature Range 2 TO PROCESSOR DW9255 DW9255 used as 2nd IF filter for , receiver performance. The filter should be flat across the 2MHz bandwidth of the GPS Coarse-Acquisition Mitel Semiconductor
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GPS SAW filter 35.42 MHz bandpass filter for GPS L1 front end GP2000 gps chipset op 20db 8MHZ VJ0805A150JXA
Abstract: DW9255 DW9255 35.42MHz SAW Filter For GPS Receivers DS3961-4.1 July 2002 INPUT+ The DW9255 is a Surface Acoustic Wave (SAW) bandpass filter for use with Zarlink Semiconductor's GP2000 , correlated GPS Signal-to-Noise Ratio (SNR) performance compared to conventional LC bandpass filter schemes , in-band noise for optimum gain and superior correlated GPS signal strength. 5 OUTPUT- GND , Temperature Range DW9255 used as 2nd IF filter for Zarlink GP2010 Centre Frequency Pass Band Insertion Dynex
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GP2021
Abstract: TEMEX TMX R651 SAW BANDPASS FILTER - GPS ­ IF Specification All performances include , . Input (+) TEMEX TMX R651 SAW BANDPASS FILTER - GPS ­ IF Typical response = 184.14 MHz = , reference TEMEX TMX R651 SAW BANDPASS FILTER - GPS ­ IF Package All dimensions in mm 5 , filter can also be used in a balanced drive configuration (2) With no time gating & with matching Elements Tolerances Matching network for 1000 / 1000 configuration C1 Input 1000 CT1 Balanced Temex
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18414
Abstract: GP2015 GPS Receiver RF Front End Sept. 2007 The GP2015 is a small format RF Front-end for , resistor is incorporated for buffering purposes. 2 PLL Filter 1 Output PLL Filter 1. Connected , external balanced 175MHz bandpass filter is connected. External dc biasing is required via an inductor , , to which the second input of an external balanced 175MHz bandpass filter is connected. External dc , , to which one of the balanced signal outputs from the external 175MHz bandpass filter is connected Zarlink Semiconductor
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GP2015/1G/FP1N GP4020 AN4808 DS5134 GP2015/IG/FP1Q GP2015/1G/FP2Q GP2015/1G/FP2N
Abstract: GP2015 GPS Receiver RF Front End May 2005 The GP2015 is a small format RF Front-end for , series 1k resistor is incorporated for buffering purposes. PLL Filter 1. Connected to the bias network , bandpass filter is connected. External dc biasing is required via an inductor connected to V CC(RF) - the , 175MHz bandpass filter is connected. External dc biasing is required via an inductor connected to VCC(RF , which one of the balanced signal outputs from the external 175MHz bandpass filter is connected. Stage 2 Zarlink Semiconductor
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GPS Orion
Abstract: GP2015 GPS Receiver RF Front End DS4374 The GP2015 is a small format RF Front-end for Global , resistor is incorporated for buffering purposes. 2 PLL Filter 1 Output PLL Filter 1. Connected , external balanced 175MHz bandpass filter is connected. External dc biasing is required via an inductor , , to which the second input of an external balanced 175MHz bandpass filter is connected. External dc , , to which one of the balanced signal outputs from the external 175MHz bandpass filter is connected Zarlink Semiconductor
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12-Channel Mixer 1575.42Mhz oscillator
Abstract: DW9255 DW9255 35.42MHz SAW Filter For GPS Receivers DS3961-4.0 October 2001 INPUT+ The DW9255 is a Surface Acoustic Wave (SAW) bandpass filter for use with Zarlink Semiconductor's GP2000 , (SNR) performance compared to conventional LC bandpass filter schemes. This aids satellite signal , 110MHz Operating Temperature Range DW9255 used as 2nd IF filter for Zarlink GP2010 Centre , filter should be flat across the 2MHz bandwidth of the GPS Coarse-Acquisition 2/4 (C/A) code Dynex
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filter for GPS
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