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FLTR75V05Z GE Critical Power Filter Module, 0V-75V 5A 28dB 25dB visit GE Critical Power
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FLTR100V20Z GE Critical Power FLTR100V20 Filter Module, 75 Vdc Input Maximum, 20 A Maximum visit GE Critical Power
FLT012A0Z GE Critical Power FLT012A0Z/FLT012A0-SZ: Input Filter Module, 75Vdc Input Voltage Maximum; 12A Output Current Maximum visit GE Critical Power
FLT012A0-11Z GE Critical Power FLT012A0Z/FLT012A0-SZ: Input Filter Module, 75Vdc Input Voltage Maximum; 12A Output Current Maximum visit GE Critical Power
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design bandpass filter for GPS

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design bandpass filter for GPS

Abstract: bandpass filter for GPS 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 , 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 , . Aluminum. For more information on GPS products, Delta Rejection. 20 dB
Delta Microwave
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design bandpass filter for GPS bandpass filter for GPS ELTA gps smaf L2 bandpass filter for GPS 6061-T6

gps schematic diagram

Abstract: block diagram of gps receiver ), 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 AN3447 APP3447 gps schematic diagram block diagram of gps receiver GPS jammer 1pps max2744 414MH 023MH MAX2655

GRM15

Abstract: murata SAW Filter 900MHz 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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GRM15 murata SAW Filter 900MHz LQW15 MURATA GRM15 Desensitization UPC8232T5N-EVAL-A 575GH 500MH 4000MH 900MH

DW9255

Abstract: bandpass filter for GPS 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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GP2015 GP2021 GPS Receiver RF Front End 44-LEAD DS4056

DS4056

Abstract: DW9255 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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DS3861 LCS12/1

GPS01

Abstract: Passive GPS ceramic patch antenna Application Note GPS Antenna Considerations for Automotive Applications GPS01 The design of active GPS antennas involves essentially three components: a patch element, filter, and low noise , increased. Filter The bandpass filter used in an active GPS antenna is an important component , technology is often used to create the antenna element for automotive GPS applications. Sizes have been , still in the main beam of the GPS antenna, then the only method for rejection of the multipath is
M/A-COM
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Passive GPS ceramic patch antenna antenna mtbf design of Circular Patch Antenna circular microstrip patch antenna for s band circular microstrip patch antenna

bandpass filter for GPS L1 front end

Abstract: DS3961-4 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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bandpass filter for GPS L1 front end GPS SAW filter 35.42 MHz filter for GPS GP2000 gps chipset

ATR0600

Abstract: ATR0620 GLOBAL POSITIONING SYSTEMS GPS GPS Chipset for Mobile, Navigation and Multimedia Applications , that allows the design of GPS solutions on minimum board space. Antaris is a joint development of Atmel, providing the RF IC/digital IC design know-how, and u-blox, providing the GPS system/software , Software Fee, for Stand-alone Navigation no Flash Needed) Supports Assisted GPS (A-GPS) Dead , *PVT = Position/Velocity/Time GPS Receiver Module (Reference Design) Target Markets Automotive
Atmel
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ATR0600 ATR0610 ATR0620 DCS1800 CAR SECURITY SYSTEMS xtal 32.768 xtal 32768 4606D D-74025 4606D-GPS-02/05/05M

bandpass filter for GPS L1 front end

Abstract: design bandpass filter for GPS spectrum systems. The authors also called for a tunable bandpass filter when frequency hopping was , last ten years, Spectrum Microwave has manufactured GPS LNA's for both commercial and military , initial deployment of the GPS system, numerous manufacturers have developed filter and amplifier circuits , include a conductive thermo-compression mount for the ceramic filter elements. This improvement reduced , pad for single or double-diplexed filter elements. Shield covers over the high-gain RF circuitry
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radar match filter design gps lna gps transponder TUNABLE FILTER Tunable-bandpass-filter gps filter l1 CH2903-3/90/0000-0532

TT6P3-0836F-2520

Abstract: wireless PCS, GPS, WLAN, CATV and ISM products. Ceramic filter communication systems. Bandpass , or in combination filters. with a bandpass filter to form a duplexer. Additional rejection of , CERAMIC FILTERS Ceramic Bandpass Filters Features â  High Q Ceramic â  Rugged â  Temperature Compensated â  Custom Designs Benefits â  Low Insertion Loss â  Small Compact Design â , Ceramic Filters for a wide array of Trans-Tech offers medium to high volume production of
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OCR Scan
TT6P3-0836F-2520
Abstract: . Dielectric band-pass filter for use in microwave communications, data transmission, radar, electronic warfare , size and high stability, low insertion loss and good weldability. Dielectric band-pass filter for use , Qu will be self-healing, when the water dried, For example, Dielectric resonator in the filter , feature a wide pass band and flat ripple performance, which are required for DPD PA design. Applications , , Token enhances custom design capabilities for specialist applications. Our customers will benefit from Token Electronics
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Abstract: . Dielectric band-pass filter for use in microwave communications, data transmission, radar, electronic warfare , size and high stability, low insertion loss and good weldability. Dielectric band-pass filter for use , Qu will be self-healing, when the water dried, For example, Dielectric resonator in the filter , feature a wide pass band and flat ripple performance, which are required for DPD PA design. Applications , , Token enhances custom design capabilities for specialist applications. Our customers will benefit from Token Electronics
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ltcc

Abstract: Lowpass Filter 3 GHz include both standard and custom-built devices for low pass, band pass, high pass or bandstop filter , from design through prototyping to volume manufacture. A very simple LC filter made by the LTCC , in-house design and development of a discrete element filter. LTCC is therefore a technique which offers , band-pass filters For any other applications please consult us. AN0023 Issue 1 CN# P101955 © Syfer , : sales@syfer.co.uk Website: www.syfer.com Design and Manufacture of Microwave Filters using the LTCC Technique
Syfer Technology
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DMR446 ltcc Lowpass Filter 3 GHz 433.92 MHz RFID LTCC GHz capacitors smd ghz

krc filter

Abstract: AD8671s useful in many applications, for example, band-pass filters are used in GPS systems, as discussed in the , for such filter design; its low offset voltage and low input bias current minimize the output error , ) APPLICATIONS PLL filters Filters for GPS Instrumentation Sensors and controls Professional quality audio NC , . 12 Band-Pass Filter. 12 PLL , 34. Compensated Load Drive Rev. 0 | Page 11 of 16 AD8671 LOW NOISE OP AMP BAND-PASS FILTER
Analog Devices
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krc filter AD8671s AD8671AR-REEL AD8671AR-REEL7 AD8671AR AD8671ARM-R2 AD8671ARM-REEL7 C03726-0-08/03

DS4056

Abstract: DW9255 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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MAX2769

Abstract: MAX2769 filter center for the MAX2769 GPS receiver Abstract: This note describes the MAX2769, a low-cost , direct down-conversion design with internal filtering that eliminates the need for external filtering , , 4.2MHz, 8.0MHz, or 24MHz. Users can choose a design that optimizes performance for their application , required to pass the fixed-IF frequency data. In this design, a 2.6MHz bandpass design could be employed , parameters, a SAW filter with 1dB insertion loss would degrade cascaded NF (and thus GPS sensitivity) by
Maxim Integrated Products
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MAX4444 MAX2769 filter center Maxim MAX2769 74lv07 max2769 IF steps 1575MH 10061B2 1E0F401 14C0002 AN3910

GPS SAW filter 35.42 MHz

Abstract: DS4056 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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VJ0805A150JXA op 20db 8MHZ ceramic bandpass Filter 10MHz

MAX2670

Abstract: AEC-Q100 Description Features The MAX2670 GPS/GNSS front-end amplifier IC is designed for automotive and marine GPS/GNSS satellite navigation antenna modules or for any application that needs to compensate for , and eliminate the need for additional gain stages. The device features the option to place a bandpass , for maximum flexibility in system design. The final RF output pin, which drives the cable to the GNSS , a bandpass filter. 2, 3, 8, 9 GND Electrical Ground 4 EXTCAP/ALT_VCC 5 RFOUT2
Maxim Integrated Products
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AEC-Q100 MAX2670GTB 70GTB 105NC MAX2670GTB/V T1033

murata gps

Abstract: 1575.42Mhz resonator APPLICATION NOTE 2242 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. Simulated and , oscillator) path for GPS (global positioning system) down conversion. Objective Design a second-order, 1k, capacitor-coupled, Butterworth LC filter for a GPS IF at 183.6MHz to eliminate the use of an IF SAW filter. This , gain = 10dB GPS RF SAW filter loss = -1.8dB The 1k resistor at the output is used for measurement
Maxim Integrated Products
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AN2242 APP2242 murata gps 1575.42Mhz resonator GPS SAW filter 183.6-MHz GRM36COG1R6B050 GRM36COG1R1B050 GJ61555C1H110JB01B 0603CS-R10XJB 0603CS-56NXJB

AN4808

Abstract: GP2015/1G/FP1N GP2015 GPS Receiver RF Front End Sept. 2007 The GP2015 is a small format RF Front-end for , Reference Design AN4808 App Note. GP2000 GPS Receiver Hardware Design GP2010/GP2015: Using Murata , 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
Zarlink Semiconductor
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GP2015/1G/FP1N GP4020 DS5134 GP2015/IG/FP1Q GP2015/1G/FP2Q GP2015/1G/FP2N
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