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    ADAPTIVE ANTENNA RECEIVER Search Results

    ADAPTIVE ANTENNA RECEIVER Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    LBAA0QB1SJ-295 Murata Manufacturing Co Ltd SX1262 MODULE WITH OPEN MCU Visit Murata Manufacturing Co Ltd
    GRM-KIT-OVER100-DE-D Murata Manufacturing Co Ltd 0805-1210 over100uF Cap Kit Visit Murata Manufacturing Co Ltd
    LBUA5QJ2AB-828 Murata Manufacturing Co Ltd QORVO UWB MODULE Visit Murata Manufacturing Co Ltd
    LXMSJZNCMH-225 Murata Manufacturing Co Ltd Ultra small RAIN RFID chip tag Visit Murata Manufacturing Co Ltd
    LXMS21NCMH-230 Murata Manufacturing Co Ltd Ultra small RAIN RFID chip tag Visit Murata Manufacturing Co Ltd

    ADAPTIVE ANTENNA RECEIVER Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    adaptive FILTER implementation in c language

    Abstract: array antenna SW7432 block diagram of of TMS320C54X TMS320C541 china phone BLOCK diagram phillips Antenna SPRA532 adaptive antenna
    Text: Application Report SPRA532 Implementation of an Adaptive Antenna Array Using the TMS320C541 Kim Phillips, Zhong Hu, Keith Blankenship, Zeeshan Siddiqi, Neiyer Correal Virginia Polytechnic Institute Abstract Adaptive antenna arrays are expected to play a key role in meeting the demands of the wireless


    Original     		PDF SPRA532 TMS320C541 adaptive FILTER implementation in c language array antenna SW7432 block diagram of of TMS320C54X TMS320C541 china phone BLOCK diagram phillips Antenna SPRA532 adaptive antenna

    NLMS Algorithm using matlab

    Abstract: SC3400 NLMS adaptive filter matlab RLS matlab LMS adaptive matlab code SC3400 Core dw23 dw32 inner product DW-14
    Text: Freescale Semiconductor Application Note Document Number: AN3351 Rev.0, 03/2006 Normalized Least Mean Square for a Smart Antenna System by Kazuhiko Enosawa/Dai Haruki/Chris Thron The smart antenna SA , also known as the adaptive array antenna (AAA) is an important technique for increasing


    Original     		PDF AN3351 NLMS Algorithm using matlab SC3400 NLMS adaptive filter matlab RLS matlab LMS adaptive matlab code SC3400 Core dw23 dw32 inner product DW-14

    LMS adaptive matlab code

    Abstract: combiner THEORY RLS matlab LMS adaptive "matlab code" LMS code in maTLAB AN2383 NLMS Algorithm using matlab LMS matlab cdma receiver "code tracking" interpolator correlator DSCDMA MATLAB
    Text: Freescale Semiconductor, Inc. Application Note AN2383/D Rev. 0, 12/2002 Freescale Semiconductor, Inc. A Smart Antenna System for 3G Wireless Using the MSC8102 DSP Device By Leon Turner and Dipesh Koirala CONTENTS 1 Adaptive Antenna Basics. 1


    Original     		PDF AN2383/D MSC8102 LMS adaptive matlab code combiner THEORY RLS matlab LMS adaptive "matlab code" LMS code in maTLAB AN2383 NLMS Algorithm using matlab LMS matlab cdma receiver "code tracking" interpolator correlator DSCDMA MATLAB

    LMS adaptive matlab code

    Abstract: RLS matlab NLMS Algorithm using matlab LMS adaptive "matlab code" LMS matlab matlab code for multipath channel estimation AN2383 combiner THEORY cdma receiver interpolator correlator matlab code for multipath channel
    Text: Freescale Semiconductor, Inc. Rev. 0, 12/2002 Freescale Semiconductor, Inc. A Smart Antenna System for 3G Wireless Using the MSC8102 DSP Device By Leon Turner and Dipesh Koirala CONTENTS 1 Adaptive Antenna Basics. 1 1.1 Least Mean Squares


    Original     		PDF MSC8102 AN2383/D LMS adaptive matlab code RLS matlab NLMS Algorithm using matlab LMS adaptive "matlab code" LMS matlab matlab code for multipath channel estimation AN2383 combiner THEORY cdma receiver interpolator correlator matlab code for multipath channel

    P4095

    Abstract: AN4095 envelope detector circuit amplitude demodulation Transponder immobiliser 125 kHz RFID EM application note AN4095 AM antenna coil 125 kHz RFID tag antenna EM 125kHz RFID antenna V4050
    Text: EM MICROELECTRONIC-MARIN SA P4095 Read/Write analog front end for 125kHz RFID Basestation Features • Integrated PLL system to achieve self adaptive carrier frequency to antenna resonant frequency No external quartz required 100 to 150 kHz carrier frequency range


    Original     		PDF P4095 125kHz H400X, V4050, P4150, V4070, P4170, P4069. C/296 CH-2074 P4095 AN4095 envelope detector circuit amplitude demodulation Transponder immobiliser 125 kHz RFID EM application note AN4095 AM antenna coil 125 kHz RFID tag antenna EM 125kHz RFID antenna V4050

    SiRF gsc3lt

    Abstract: ARM7 for gps vehicle tracking system GSC3e/LP GSC3FLP gsc3e embedded system mini projects free sirfstariii GSC3LT GSC3f/LP UP102
    Text: smart 3/2008 positioning 21 IT3 W! NE 22 UC3 GPS & RECEIVER HARDWARE APPLICATION DEVELOPMENT PRODUCTS Fastrax MP Atheros SiRF chipsets chipsets SONY chipsets ! NEW FASTRAX PRODUCT MATRIX Product Description TTFF Sensivity Power consumption Dimensions mm


    Original     		PDF 300-Series IT321 IT310 110mW IT300 UP300 UP130 CON-JST-1852 UP102: CLIP-UP102 SiRF gsc3lt ARM7 for gps vehicle tracking system GSC3e/LP GSC3FLP gsc3e embedded system mini projects free sirfstariii GSC3LT GSC3f/LP UP102

    GPS module

    Abstract: gps receiver block diagram GNSS CW20 MS20 NMEA-0183 MIPS M4K
    Text: P R O D U C T B R I E F MS20 GPS Receiver Description The MS20 uses the physical form factor of our earlier CW20 module with changes in the power and voltage requirements. The MS20 GPS module is a highly sensitive, compact single chip solution for GPS applications.


    Original     		PDF

    GSC3e/LP

    Abstract: LA000577 JUPITER 30 integrator manual LA000266 gsc3e GSC3e LP sirfstar 3 sirfstar 2 Navman jupiter 30 aa003025-g la000513
    Text: Jupiter 30 20-channel GPS receiver module Data Sheet Related documents • Jupiter 30 Product brief LA000575 • Jupiter 30 Integrator’s manual LA000577 • Jupiter 30 Development Kit guide LA000578 • Jupiter 30 Saving and Retrieving Configuration Data to Flash application note


    Original     		PDF 20-channel LA000575 LA000577 LA000578 LA000266 LA000513 MN000315 LA000576C GSC3e/LP LA000577 JUPITER 30 integrator manual LA000266 gsc3e GSC3e LP sirfstar 3 sirfstar 2 Navman jupiter 30 aa003025-g la000513

    GSC3f/LP

    Abstract: GSC3f sirf iii chip GPS receiver module sirf III sirfstariii iTrax310 sirfstar 3 GPS receiver module sirf GSC3F itrax300
    Text: iTrax310 Key Features: • SiRFstarIII chip GSC3f/LP • Tiny size – 13.1mm x 15.9mm x 2.3mm • Low power consumption: 110mW @ 3.0V • Ultra High Sensitivity –158 dBm Navigating • NMEA & SiRF binary protocols iTrax310 OEM GPS Receiver Module • Ultra High Sensitivity with SiRFstarIII


    Original     		PDF iTrax310 110mW iTrax310 50ohm GSC3f/LP GSC3f sirf iii chip GPS receiver module sirf III sirfstariii sirfstar 3 GPS receiver module sirf GSC3F itrax300

    MN000315

    Abstract: IEC61340-5-1 LA000266 IEC-61340-5-1 Jupiter 30 xLP LA000577 GPS jamming detector JUPITER 30 integrator manual sirfstar GSC3
    Text: Jupiter 30 xLP Extra Low Power 20-channel GPS receiver module Data Sheet Related documents • Jupiter 30 xLP Product brief LA000575 • Jupiter 30 xLP Integrator’s manual LA000577 • Jupiter 30 xLP Development Kit guide LA000578 • Jupiter 30 xLP Saving and Retrieving


    Original     		PDF 20-channel LA000575 LA000577 LA000578 LA000266 LA000513 MN000315 LA000576D MN000315 IEC61340-5-1 LA000266 IEC-61340-5-1 Jupiter 30 xLP LA000577 GPS jamming detector JUPITER 30 integrator manual sirfstar GSC3

    LA000266

    Abstract: navman jupiter 21 AA003045-G JUPITER 31 Navman jupiter LA010812 Application Note LA000513 "Jupiter 31" LA000513 GSC3e LP
    Text: Jupiter 31 GPS receiver module Data Sheet Related documents • Jupiter 31 Product brief LA010810 • Jupiter 31 Application Note: Comparison between Jupiter 31 and Jupiter 21/J21S LA010812 • J30 Write to Flash Application Note LA000266 • Low Power Operating Modes Application


    Original     		PDF LA010810 21/J21S LA010812 LA000266 LA000513 LA010811B LA000266 navman jupiter 21 AA003045-G JUPITER 31 Navman jupiter LA010812 Application Note LA000513 "Jupiter 31" LA000513 GSC3e LP

    LA000577

    Abstract: la000513 sirf GSC3f/LPx navman Application Note LA000513 gsc3e Navman jupiter navman jupiter 20 datasheet Jupiter 2000 JUPITER 30
    Text: Co e l n im fi i d na en r ti y a l Datasheet Jupiter 3-30 GPS receiver module Pr [ image ] Extra Low Power 20-channel December 22, 2009 Navman Wireless OEM Solutions • 27171 Burbank -Suite 200; Foothill Ranch, CA 92610-2501 TEL: + 949 461-7150 • FAX: +(949) 461-7860 • www.navmanwirelessoem.com


    Original     		PDF 20-channel LA000577 la000513 sirf GSC3f/LPx navman Application Note LA000513 gsc3e Navman jupiter navman jupiter 20 datasheet Jupiter 2000 JUPITER 30

    Jupiter 30 xLP

    Abstract: GSC3f IEC-61340-5-1 MN000315 LA000605 JUPITER development LA000645 GPS jamming detector 32xLP Application Note LA000513
    Text: Jupiter 32 xLP Extra Low Power Miniature 20-channel GPS receiver module Data Sheet Related documents • Jupiter 32 xLP Product brief LA000268 • Jupiter 32 Integrator’s manual LA000605 • Jupiter Development kit guide LA000645 • Low power operating modes


    Original     		PDF 20-channel LA000268 LA000605 LA000645 LA000513 MN000315 MN000314 LA000267D Jupiter 30 xLP GSC3f IEC-61340-5-1 MN000315 LA000605 JUPITER development LA000645 GPS jamming detector 32xLP Application Note LA000513

    MN000315

    Abstract: LA000605 GSC3f JUPITER development JUPITER 30 GPS jamming detector sirf GSC3f JUPITER 30 integrator manual MN000314 Application Note LA000513
    Text: Jupiter 32 Miniature 20-channel GPS receiver module Data Sheet Related documents • Jupiter 32 Product brief LA000268 • Jupiter 32 Integrator’s manual LA000605 • Jupiter Development kit guide LA000645 • Low power operating modes application note LA000513


    Original     		PDF 20-channel LA000268 LA000605 LA000645 LA000513 MN000315 MN000314 LA000267D MN000315 LA000605 GSC3f JUPITER development JUPITER 30 GPS jamming detector sirf GSC3f JUPITER 30 integrator manual MN000314 Application Note LA000513

    mrc viper 100

    Abstract: VIPER IC 92112 eeprom eeprom 92112 VIPER 22 multipath channel model in matlab VIPER 27 smart antenna VIPer Design Software MRC 106
    Text: Smart Antenna for Handsets Tom Biedka, Carl Dietrich, Kai Dietze, Richard B. Ertel, Byung-Ki Kim, Raqibul Mostafa, William Newhall, Uwe Ringel, Jeffrey H. Reed, Dennis Sweeney, Warren L. Stutzman, Robert J. Boyle, and Ashok Tikku Bradley Department of Electrical and Computer Engineering, Virginia Polytechnic Institute and State


    Original     		PDF

    16 QAM receiver block diagram

    Abstract: ATSC OOB qpsk receiver DVS-167 BCM3517 16-VSB ATSC VSB 4 QAM receiver block diagram BCM3418 VSB receiver
    Text: BCM3517 ATSC/VSB DIGITAL CABLE READY DTV RECEIVER SUMMARY OF BENEFITS FEATURES • Integrated VSB/QAM QAMLink® Receiver • 12-bit A/D converter with internal AGC amplifier • Full equalizer architecture spans up to –35 to 49 µs delays • Direct IF sampled architecture reduces system cost


    Original     		PDF BCM3517 12-bit 200-MHz 3517-PB03-R 16 QAM receiver block diagram ATSC OOB qpsk receiver DVS-167 BCM3517 16-VSB ATSC VSB 4 QAM receiver block diagram BCM3418 VSB receiver

    Untitled

    Abstract: No abstract text available
    Text: BCM3517 ATSC/VSB DIGITAL CABLE READY DTV RECEIVER SUMMARY OF BENEFITS FEATURES • Integrated VSB/QAM QAMLink® Receiver • 12-bit A/D converter with internal AGC amplifier • Full equalizer architecture spans up to –35 to 49 µs delays • Direct IF sampled architecture reduces system cost


    Original     		PDF BCM3517 12-bit 200-MHz 3517-PB02-R

    sirfstariii

    Abstract: GPS receiver module sirf III IT321 GSC3LT sirfstar III sirfstar 3 sirfstariii c IT-321 gsc3ltf GPS sirf
    Text: IT321 Key Features: • Form factor – 10.4mm x 14.0mm x 2.3mm • Ultra High Sensitivity, acquisition -146dBm GSWLT3.5.0 • Ultra High Sensitivity, navigation -159dBm OEM GPS Receiver Module • Miniature Size • Ultra High Sensitivity with SiRFstarIII


    Original     		PDF IT321 -146dBm -159dBm 50ohm sirfstariii GPS receiver module sirf III GSC3LT sirfstar III sirfstar 3 sirfstariii c IT-321 gsc3ltf GPS sirf

    16 QAM receiver block diagram

    Abstract: DVS-178 ATSC OOB 4 QAM receiver block diagram VSB receiver CEA-909 qam demodulator qpsk channel receiver qpsk receiver BCM3517
    Text: BCM3517 ATSC/VSB DIGITAL CABLE READY DTV RECEIVER SUMMARY OF BENEFITS FEATURES • Integrated VSB/QAM QAMLink® receiver - 12-bit A/D converter with internal AGC amplifier Full equalizer architecture spans up to –35 to 49 µs delays Direct IF sampled architecture reduces system cost


    Original     		PDF BCM3517 12-bit 200-MHz 3517-PB00-R 16 QAM receiver block diagram DVS-178 ATSC OOB 4 QAM receiver block diagram VSB receiver CEA-909 qam demodulator qpsk channel receiver qpsk receiver BCM3517

    Navman jupiter

    Abstract: IEC-61340-5-1 navman jupiter 20 Navman Wireless Jupiter 30 xLP JUPITER 30 integrator manual SiRFstar V CISPR22 IEC61340-5-1 Navman
    Text: CO E L NF IM ID IN EN AR TI Y AL Datasheet Jupiter3 PR Extra Low Power Ultra Miniature 20-channel GPS receiver module April 19, 2010 Navman Wireless OEM Solutions • 27171 Burbank -Suite 200; Foothill Ranch, CA 92610-2501 TEL: + 949 461-7150 • FAX: +(949) 461-7860 • www.navmanwirelessoem.com


    Original     		PDF 20-channel Navman jupiter IEC-61340-5-1 navman jupiter 20 Navman Wireless Jupiter 30 xLP JUPITER 30 integrator manual SiRFstar V CISPR22 IEC61340-5-1 Navman

    Untitled

    Abstract: No abstract text available
    Text: BCM3520 ATSC/NTSC/QAM DIGITAL CABLE READY DTV RECEIVER SUMMARY OF BENEFITS FEATURES • Integrated VSB/QAM QAMLink® receiver - 12-bit A/D converter with internal AGC amplifier Full equalizer architecture spans up to –35 to 49 µs delays Direct IF sampled architecture reduces system cost


    Original     		PDF BCM3520 12-bit 200-MHz 3520-PB04-R

    BCM3520

    Abstract: qpsk receiver ATSC OOB BCM3418 ATSC OOB -ST -BCM qam demodulator receiver QAM BCM3431 DVS-178 16 QAM receiver block diagram
    Text: BCM3520 ATSC/NTSC/QAM DIGITAL CABLE READY DTV RECEIVER SUMMARY OF BENEFITS FEATURES • Integrated VSB/QAM QAMLink® receiver - 12-bit A/D converter with internal AGC amplifier Full equalizer architecture spans up to –35 to 49 µs delays Direct IF sampled architecture reduces system cost


    Original     		PDF BCM3520 12-bit 200-MHz 3520-PB05-R BCM3520 qpsk receiver ATSC OOB BCM3418 ATSC OOB -ST -BCM qam demodulator receiver QAM BCM3431 DVS-178 16 QAM receiver block diagram

    BCM3419

    Abstract: 4 QAM receiver block diagram 16 QAM receiver block diagram receiver QAM BCM3520 DVS-178 qpsk demod ATSC OOB
    Text: BCM3520 ConnecTV Plug and Play DTV Receiver SUMMARY OF BENEFITS FEATURES • Integrated VSB/QAM QAMLink® receiver - 12-bit A/D converter with internal AGC amplifier Full equalizer architecture spans up to –35 to 49 µs delays Direct IF sampled architecture reduces system cost


    Original     		PDF BCM3520 12-bit 3520-PB01-R BCM3419 4 QAM receiver block diagram 16 QAM receiver block diagram receiver QAM BCM3520 DVS-178 qpsk demod ATSC OOB

    Untitled

    Abstract: No abstract text available
    Text: BCM3520 ConnecTV Plug and Play DTV Receiver SUMMARY OF BENEFITS FEATURES • Integrated VSB/QAM QAMLink® receiver - 12-bit A/D converter with internal AGC amplifier Full equalizer architecture spans up to –35 to 49 µs delays Direct IF sampled architecture reduces system cost


    Original     		PDF BCM3520 12-bit 3520-PB01-R