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TRF4903RD-LC-FILTER Texas Instruments TRF4903 Reference Design with optional LC low-pass filter for FSK and OOK for 315, 433, 868 and 915
ISL28230FRZ Intersil Corporation Dual Micropower, Low Drift, RRIO Operational Amplifier; DFN8, MSOP8, SOIC8; Temp Range: See Datasheet
ISL6146AFUZ-T Intersil Corporation Low Voltage ORing FET Controller; DFN8, MSOP8; Temp Range: -40° to 125°C
ISL8126IRZ Intersil Corporation Dual/n-Phase Buck PWM Controller with Integrated Drivers; QFN32; Temp Range: See Datasheet
ISL3150EIUZ-T7A Intersil Corporation RS-485/RS-422 Differential Transceiver; MSOP10, SOIC14; Temp Range: -40° to 85°C
ISL98604IRTZ Intersil Corporation 6-Channel Integrated LCD Supply; TQFN40; Temp Range: -40° to 85°C

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gps filter l1

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: GPS IF OUTPUT for use with SAW FILTER IF Frequency C4 C5 C6 L4 L5 L6 R2 IF SAW2 184 MHz DNI 5.6 pF 5.6 , . Note 3: If system specifications allow the removal of the GPS RF SAW Filter, see diagram below for pin , VCC 8-416 Rev A5 050907 RF2890 Application Schematic GPS LC Filter CDMA IF SAW Filter CELL , (0603 Wire-wound Coilcraft) C6 GPS L4 (0603 Wire-wound Coilcraft) L1 R1 (0603 Wire-wound , nH 7.5 pF 7.5 pF GPS IF OUTPUT IF Frequency 184 MHz C1 DNI R1 10 k L1 330 nH L2 220 nH C2 5.6 pF RF Micro Devices
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LNA mark L22 C3833 HEMT marking P M 8417 To 220 package PIN diagram IPC-SM-782
Abstract: SEL C4 24 0â"¦ 0â"¦ 23 22 21 20 1 18 17 3 1.8 nH 16 L1 GPS , GPS IF OUTPUT for use with SAW FILTER IF Frequency C4 184 MHz DNI C5 C6 5.6 pF 5.6 , removal of the GPS RF SAW Filter, see diagram below for pin 6 and pin 7 connections. 6 7 22 nH 30 , Application Schematic GPS LC Filter CDMA IF SAW Filter CELL RF SAW 33 nH 33 nH VCC VCC 33 nF 33 , Frequency C1 R1 L1 184 MHz DNI 10 kâ"¦ 330 nH GPS IF OUTPUT L2 C2 C3 220 nH RF Micro Devices
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Abstract: 0 23 22 21 20 1 18 17 3 1.8 nH 16 L1 GPS IF (IFSAW2) SAW GPS , C6 are removed. Note 3: If system specifications allow the removal of the GPS RF SAW Filter, see , 8.2 nH 33 nF VCC 8-416 Rev A4 040421 RF2890 Application Schematic GPS LC Filter CDMA , 270 nH LG LG0085G2 IF Frequency C1 R1 L1 184 MHz DNI 10 k 330 nH GPS IF , allow the removal of the GPS RF SAW Filter, see diagram below for pin 6 and pin 7 connections. 6 7 RF Micro Devices
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0402 resistor ipc-SM-782 GPS lna ipc-SM-782 resistor 0603 g1136 gps modem block diagram NFC34
Abstract: either L1 (1575 MHz) or L1 and L2 (1227 MHz) GPS signals. Through the use of modular assembly and , developments in GPS navigation, specifically the L1/L2A and L1/L5 signals soon to be implemented. Since the initial deployment of the GPS system, numerous manufacturers have developed filter and amplifier circuits , Filtered Low Noise GPS Amplifier Spectrum Microwave, Inc Walter E. Gordon CTO Summary A new GPS , high-quality, low-loss filter ahead of the amplifier to prevent intermodulation distortions even though this -
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bandpass filter for GPS L1 front end design bandpass filter for GPS radar match filter design bandpass filter for GPS gps transponder TUNABLE FILTER CH2903-3/90/0000-0532
Abstract: Filter GPS RF Front End GPS RF Front End 12 Channel Correlator 32 Bit RISC processor 12 Channel Global , components:q q q GP2015 ultra-miniature GPS RF front-end IC, including:- RF input bandpass filter and +5V DC active antenna supply DW9255 GPS band-definition SAW filter GP2021 12-channel correlator IC, including:- , Acquisition (C/A code) GPS signal in the L1 band (1575.42MHz) from a GPS antenna via a low-noise amplifier, to , the GP2010 data-sheet (No. DS4056). q GPS Band Definition SAW Filter (DW9255) The DW9255 is a Mitel Semiconductor
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DS4808 Rakon TXO200B TCXO A31 10MHZ 5111A-ANL50 Oscillatek TXO200B TCXO A31 5MHZ GP2000 AN4855 DS3861 DS4374 DS4077 DS4004
Abstract: bandpass filter and +5V DC active antenna supply DW9255 GPS band-definition SAW filter, supplied by Dynex , 270 10n PLL LOOP FILTER 15kHz BW Figure 1. GPS Orion receiver block diagram RTC CRYSTAL , signal in the L1 band (1575.42MHz) from a GPS antenna via a low-noise amplifier, to a final 2 , data-sheet (No. DS4056). q GPS Band Definition SAW Filter (Dynex DW9255) The Dynex DW9255 is a Surface , GPS spread-spectrum signal. It is pre-tuned to the exact 2nd IF filter requirements of the GP2010 and Zarlink Semiconductor
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5111A-ANL50-A Rakon TXO DFC21R57P002HHA RA2 GPS ANTENNA rakon 10MHz Passive GPS ceramic patch antenna P60ARM-B ARM60-B DS3553
Abstract: bandpass filter and +5V DC active antenna supply DW9255 GPS band-definition SAW filter, supplied by Dynex , 270 10n PLL LOOP FILTER 15kHz BW Figure 1. GPS Orion receiver block diagram RTC CRYSTAL , signal in the L1 band (1575.42MHz) from a GPS antenna via a low-noise amplifier, to a final 2 , data-sheet (No. DS4056). q GPS Band Definition SAW Filter (Dynex DW9255) The Dynex DW9255 is a Surface , GPS spread-spectrum signal. It is pre-tuned to the exact 2nd IF filter requirements of the GP2010 and Zarlink Semiconductor
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RAKON TXO200B 25 MHZ T-1115 OSCILLATEK RA1 GPS ANTENNA GPS Orion xtal RAKON 1MHz ANL-50
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 Tunable Tank Serial Interface GPS Receiver 3 Loop Filter Voltage Regulator Enable GPS, PDA or , GPS Receiver Overview BT1575A Single Chip L1 GPS RF-IF Receiver with Mobile ImmunityTM , selected for operation of the BT1575. GPS L1 Rx (1575.42 MHz) A/D data to Baseband IF1 amp LNA BethelTronix
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block diagram of gps receiver internal block diagram of mobile phone Block diagram on gps receiver design of mobile phone circuit diagram Gps circuit diagram GPS programming 10-40MH
Abstract: bandpass filter and +5V DC active antenna supply DW9255 GPS band-definition SAW filter, supplied by Dynex , 270 10n PLL LOOP FILTER 15kHz BW Figure 1. GPS Orion receiver block diagram RTC CRYSTAL , signal in the L1 band (1575.42MHz) from a GPS antenna via a low-noise amplifier, to a final 2 , data-sheet (No. DS4056). q GPS Band Definition SAW Filter (Dynex DW9255) The Dynex DW9255 is a Surface , GPS spread-spectrum signal. It is pre-tuned to the exact 2nd IF filter requirements of the GP2010 and Zarlink Semiconductor
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rakon Oscillatek 10 MHz ndk 50MHz NDK America 74 series TTL NOT gate GPS jamming detector
Abstract: bandpass filter and +5V DC active antenna supply DW9255 GPS band-definition SAW filter, supplied by Dynex , 270 10n PLL LOOP FILTER 15kHz BW Figure 1. GPS Orion receiver block diagram RTC CRYSTAL , signal in the L1 band (1575.42MHz) from a GPS antenna via a low-noise amplifier, to a final 2 , data-sheet (No. DS4056). q GPS Band Definition SAW Filter (Dynex DW9255) The Dynex DW9255 is a Surface , GPS spread-spectrum signal. It is pre-tuned to the exact 2nd IF filter requirements of the GP2010 and Zarlink Semiconductor
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Oscillatek TCXO hp778d gps architecture TCXO rakon DFc21r57
Abstract: 880094 1575.42 MHz GPS L1 BAW Filter Applications For GPS L1 Applications For high-selectivity , Network ® 880094 1575.42 MHz GPS L1 BAW Filter Specifications Electrical Specifications (1 , Global Network ® 880094 1575.42 MHz GPS L1 BAW Filter Reference Design Schematic I/O I/O 50 , Global Network ® 880094 1575.42 MHz GPS L1 BAW Filter Typical Performance (at room temperature , e Connecting the Digital World to the Global Network ® 880094 1575.42 MHz GPS L1 BAW Filter TriQuint Semiconductor
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Abstract: A p p l i c at i o n N o t e AN 1050 Using the UPC8232T5N Discrete LNA to Improve GPS Signal , wireless products. This is especially true of cell phones. E911 has mandated the integration of GPS , for GPS data and services is sure to increase. While cell phone manufacturers are eager to add GPS , the development of GPS receiver/processor ICs that incorporate on-board low noise amplifier front , over on-chip, integrated LNAs. Key desirable features for a discrete GPS LNA are low noise, high California Eastern Laboratories
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murata SAW Filter 900MHz GRM15 LQW15 MURATA GRM15 Desensitization MURATA GPS FILTER 575GH 500MH 4000MH 900MH
Abstract: Ultra-low power L1 GPS RF IC GNR1040 ultra-low power, high-performance GPS RF front-end , GPS solution is easy to implement and fully programmable. The 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 · ST-Ericsson
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gps frequency synthesizer E911 FLSTNRFIC0109
Abstract: designed and tuned to receive the L1 band GPS satellites at a frequency of 1575.42MHz. The Sarantel , can be connected between the active antenna and the receiver if there is no GPS band pass filter (SAW or Dielectric filter) present in the receiver module or if a GPS chip is being used. Refer to the , Electrical Integration Guide SL1204-06-50200 ­ April 2009 ­ Initial Revision Revision GPS Applications Using SL1206 and SL1204 Active Antennas ABSTRACT GPS Navigation systems requiring superior Sarantel
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GPS antenna murata GRM1555 SAFEB1G57KB0F00 murata gps SAFEB1G57 geohelix sl1204 SL1200-G
Abstract: chosen to improve the combine performance of the mixer and IF filter. L1 should choose to resonate with the internal capacitance of the SAW filter. Usually, SAW filter has some capacitance. Otherwise, L1 , DOWNCONVERTER · GPS Applications · General Purpose Downconverter · Commercial and Consumer Systems 0.10 C , applications. The broadband design makes it a great solution as well for GPS, IMT-2000 and 2.4GHz applications , US PCS Band Korean PCS Band GPS Band IMT-2000 Band LNA (On) - KPCS Gain Noise Figure Input IP3 RF Micro Devices
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RF2860 IS-98
Abstract: : Assumes 2.5dB image filter insertion loss. The TX Buffer is off. 8-386 LNA ON GPS LNA OFF IMT , performance of the mixer and IF filter. L1 should choose to resonate with the internal capacitance of the SAW filter. Usually, SAW filter has some capacitance. Otherwise, L1 could be eliminated. A practical , Pb-Free Product Typical Applications · CDMA Korean PCS Systems · GPS Applications · CDMA US PCS , designed for CDMA PCS applications. The broadband design makes it a great solution as well for GPS, IMT RF Micro Devices
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J-STD-033A 1575.42Mhz oscillator 6L715 Phone saw RF2860TR7 EIA-481
Abstract: chosen to improve the combine performance of the mixer and IF filter. L1 should choose to resonate with the internal capacitance of the SAW filter. Usually, SAW filter has some capacitance. Otherwise, L1 , NOISE AMPLIFIER/MIXER BROADBAND DOWNCONVERTER · GPS Applications · General Purpose Downconverter · , front-end designed for CDMA PCS applications. The broadband design makes it a great solution as well for GPS , Down Current US PCS Band Korean PCS Band GPS Band IMT-2000 Band LNA (On) - KPCS Gain Noise Figure RF Micro Devices
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2110MHz
Abstract: NOTE: Assumes 2.5dB image filter insertion loss. The TX Buffer is off. 8-386 LNA ON GPS LNA , filter. In addition, C1 may be chosen to improve the combine performance of the mixer and IF filter. L1 , CDMA Korean PCS Systems · GPS Applications · CDMA US PCS Systems · General Purpose , applications. The broadband design makes it a great solution as well for GPS, IMT-2000 and 2.4GHz , V V V uA US PCS Band Korean PCS Band GPS Band IMT-2000 Band LNA (On) - KPCS Gain Noise RF Micro Devices
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Abstract: addition, C1 may be chosen to improve the combine performance of the mixer and IF filter. L1 should choose , DOWNCONVERTER · GPS Applications · General Purpose Downconverter · Commercial and Consumer Systems 0.10 C , applications. The broadband design makes it a great solution as well for GPS, IMT-2000 and 2.4GHz applications , US PCS Band Korean PCS Band GPS Band IMT-2000 Band LNA (On) - KPCS Gain Noise Figure Input IP3 , Isolation 13.5 +6.0 17.0 1.6 dB dB dBm mA dB LNA 50 match LNA (On) - GPS Band Gain Noise Figure RF Micro Devices
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Abstract: JRC SAW Filter For L1 GPS Applications NJR NEWS NSVS1144 for L1 GPS JRC SAW Filter for L1 GPS Applications JRC is a leader in SAW Filters with over 60 patents for SAW/STW filter development And Flip-chip technology. 0 Insertion Loss[dB] 2006 69 April 5, 2006 Application Characteristics 0 4 8 12 16 1575.42 Frequency[MHz] 1675.42 Applications ¾ GPS L1 satellite band 20 40 60 80 1475.42 Features ¾ Center frequency: 1575.42 MHz ¾ Insertion loss: 3.0 dB Typical ¾ Pass band New Japan Radio
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JRC A 2006 JRC GPS saw filter 30 MHz for GPS GPS SAW filter JRC DC saw 1575.42 3*3
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