143DBM Search Results

741 in. amplifier

Abstract: datasheet 741 741 amplifier 741 datasheet u741 FGPXMO162
Contextual Info: ftech Corporation 16 Nan-ke 9th Rd Science-based Industrial Park, Tainan 741, Taiwan, R.O.C. Tel:+886-6-6008999 Fax:+886-6-5050826 http://www.f-tech.com.tw Part Number FGPXMO162 Technical Specification -143dBm FGPXMO162 has a solder active antenna. ftech Corporation

Contextual Info: Surface Mount Noise Sources NC502SM-12 200kHz to 1GHz Specifications RF Frequency Noise Output Noise Spectral Density No Flatness Peak Factor Bias Voltage Supply Current Impedance 200kHz to 1GHz 31 dBENR -143dBm/Hz 2 dB P-P Max 5:01 12 V 10 mA Max 50 ohms

NC503

Contextual Info: Surface Mount Noise Sources NC503SM-15 200kHz to 2GHz Specifications RF Frequency Noise Output Noise Spectral Density No Flatness Peak Factor Bias Voltage Supply Current Impedance 200kHz to 2GHz 31 dBENR -143dBm/Hz 2 dB P-P Max 5:01 15 V 10 mA Max 50 ohms

200khz

Contextual Info: Surface Mount Noise Sources NC502SM-15 200kHz to 1GHz Specifications RF Frequency Noise Output Noise Spectral Density No Flatness Peak Factor Bias Voltage Supply Current Impedance 200kHz to 1GHz 31 dBENR -143dBm/Hz 2 dB P-P Max 5:01 15 V 10 mA Max 50 ohms

NC501SM-12

Contextual Info: Surface Mount Noise Sources NC501SM-12 200kHz to 500MHz Specifications RF Frequency Noise Output Noise Spectral Density No Flatness Peak Factor Bias Voltage Supply Current Impedance 200kHz to 500MHz 31 dBENR -143dBm/Hz 2 dB P-P Max 5:01 12 V 10 mA Max 50 ohms

NC503

Contextual Info: Surface Mount Noise Sources NC503SM-12 200kHz to 2GHz Specifications RF Frequency Noise Output Noise Spectral Density No Flatness Peak Factor Bias Voltage Supply Current Impedance 200kHz to 2GHz 31 dBENR -143dBm/Hz 2 dB P-P Max 5:01 12 V 10 mA Max 50 ohms

Contextual Info: Surface Mount Noise Sources NC501SM-28 200kHz to 500MHz Specifications RF Frequency Noise Output Noise Spectral Density No Flatness Peak Factor Bias Voltage Supply Current Impedance 200kHz to 500MHz 31 dBENR -143dBm/Hz 2 dB P-P Max 5:01 28 V 10 mA Max 50 ohms

Contextual Info: Surface Mount Noise Sources NC504SM-15 200kHz to 3.5GHz Specifications RF Frequency Noise Output Noise Spectral Density No Flatness Peak Factor Bias Voltage Supply Current Impedance 200kHz to 3.5GHz 31 dBENR -143dBm/Hz 2 dB P-P Max 5:01 15 V 10 mA Max 50 ohms

Contextual Info: Surface Mount Noise Sources NC504SM-28 200kHz to 3.5GHz Specifications RF Frequency Noise Output Noise Spectral Density No Flatness Peak Factor Bias Voltage Supply Current Impedance 200kHz to 3.5GHz 31 dBENR -143dBm/Hz 2 dB P-P Max 5:01 28 V 10 mA Max 50 ohms

NC503

Contextual Info: Surface Mount Noise Sources NC503SM-28 200kHz to 2GHz Specifications RF Frequency Noise Output Noise Spectral Density No Flatness Peak Factor Bias Voltage Supply Current Impedance 200kHz to 2GHz 31 dBENR -143dBm/Hz 2 dB P-P Max 5:01 28 V 10 mA Max 50 ohms

NC504SM-12

Abstract: 12V10
Contextual Info: Surface Mount Noise Sources NC504SM-12 200kHz to 3.5GHz Specifications RF Frequency Noise Output Noise Spectral Density No Flatness Peak Factor Bias Voltage Supply Current Impedance 200kHz to 3.5GHz 31 dBENR -143dBm/Hz 2 dB P-P Max 5:01 12 V 10 mA Max 50 ohms

Contextual Info: Surface Mount Noise Sources NC502SM-28 200kHz to 1GHz Specifications RF Frequency Noise Output Noise Spectral Density No Flatness Peak Factor Bias Voltage Supply Current Impedance 200kHz to 1GHz 31 dBENR -143dBm/Hz 2 dB P-P Max 5:01 28 V 10 mA Max 50 ohms

Contextual Info: Surface Mount Noise Sources NC501SM-15 200kHz to 500MHz Specifications RF Frequency Noise Output Noise Spectral Density No Flatness Peak Factor Bias Voltage Supply Current Impedance 200kHz to 500MHz 31 dBENR -143dBm/Hz 2 dB P-P Max 5:01 15 V 10 mA Max 50 ohms

SM7060

Abstract: 140MHz IF demodulator IC SD7060 SD706 AN993 ISL83700EVAL ISL83740EVAL ISL87060 ISL87060DIK DIN616
Contextual Info: Intersil's ISL83700EVAL and ISL83740EVAL Evaluation Kits provide a means to efficiently evaluate the performance of the ISL837030/ISL83740 Modem Reference Designs and ISL87060 Modem Chip Set. This kit includes everything needed to exercise and monitor the performance of the modem in a laboratory environment.

itrax300

Abstract: iTrax130 CXD2985 iTrax03s ITRAX03 UN8021 ITRAX03-S CEP50 CEP95 gsc3
Contextual Info: smart positioning iTrax MP Family OEM GPS Receiver Modules • Pin compatible receivers • Common form factor iTrax MP Family Key Features: • iTrax300, iTrax130 and iTrax03-S • Tiny form factor: 16.2mm x 18.8mm x 2.3mm • High sensitivity • Programmability

Infineon TDA5235

Abstract: TDA5235 2.4 antenna connector EXS00ACS01580 ry201 EXS00A CS exs00a-cs01580 MARKING CODE l22 lna INFINEON PART MARKING M2 21.948717 MHz
Contextual Info: Dat a Sh ee t, V1.0 , F eb rua ry 2 01 0 S m a r t L E W I S TM R X + TDA5235 En hanced Sensitivity Double- Con fig urat ion Receiver with Digital Baseb and P rocessin g Wi re less Co ntro l N e v e r s t o p t h i n k i n g . Edition February 19, 2010 Published by Infineon Technologies AG,

DS-41COM

Contextual Info: GPS-310FS Embedded GPS Module GPS-310FS Fast-Acquisition Enhanced-Sensitivity 16-Channel SMD GPS Receiver Module The GPS-31-FS is a miniature 16-channel OEM GPS receiver module. It is optimized for high-performance, ease-of-use, flexibility, and low-cost. The GPS receiver is

cw25-nav

Abstract: RF25IC
Contextual Info: CW25-NAV GPS Receiver P R O D U C T B R I E Description The CW25-NAV is a small OEM surface mount GPS module that has been specifically designed for extremely high sensitivity for use in very weak GPS signal environments. The CW25-NAV can acquire and track

CW12-TIM Product Brief

Abstract: GPS receiver CW12-TIM motorola GPS receiver module navsync nco operation accuracy CW25-TIM TI BINARY DATE CODE GPS tracking receiver gps nmea interface in atomic clock
Contextual Info: CW12-TIM GPS Receiver P R O D U C T B R I Description The CW12-TIM receiver module is an integrated timing module powered by NavSync’s CW25-TIM GPS receiver. It has been specifically designed for use in synchronization and timing applications, The CW12-TIM has an on-board programmable NCO oscillator that outputs a

navsync

Abstract: Motorola M12 navsync nco operation accuracy m12 gps cw12-tim motorola GPS receiver module motorola m12 Application Note gps nmea interface in atomic clock 0183 1pps
Contextual Info: CW12-TIM GPS Receiver Timing and Navigation Applications Description The CW12-TIM GPS receiver module is an integrated timing module powered by NavSync’s CW25 GPS receiver. It has been specifically designed for use in synchronization and timing applications,

FS-1000

Abstract: CW25-TIM CW25-NAV NS18-PB navsync nco operation accuracy caesium HP53132A 1pps
Contextual Info: CW25-TIM GPS Receiver P R O D U C T B R I Description The CW25-TIM is a small OEM surface mount GPS module that has been specifically designed for use in synchronization and timing applications. The CW25-TIM has an on-board programmable NCO oscillator that outputs a

CW25-TIM

Abstract: CW25-TIM application note BB25IC GPS receiver CW25 TIM RF25IC NMEA GPS usb
Contextual Info: CW45A Bulletin Revision Date NS11-DS 00 17 April 2007 CW45A Data Sheet 2 Copyright 2007 Navsync Ltd. All Rights Reserved Rev 00 Date: 04/17/07 Specifications subject to change without notice. Contents 1 INTRODUCTION - 5

TDA5240

Abstract: marking WU1 exs00a-cs01580 signal constellation diagram MARKING SMD IC CODE 106H EXS00ACS01580 C11RF EXS00A-CS
Contextual Info: Dat a Sh ee t, V4.0 , F eb rua ry 2 01 0 S m a r t L E W I S TM R X + TDA5240 En hanced Sensitivity M ulti-Cha nnel Qua d-C onfi gu rati on R ec ei v er with Digita l Ba se band Pro ce ssing Wi re less Co ntro l N e v e r s t o p t h i n k i n g . Edition February 19, 2010

grf3w

Abstract: gsp3f sirf gsp3f NMEA - 0183 protocol GPS Female Header 2.0mm sirf star III gsp3 SPK-GPS-GS405 GPS receiver module sirf III NMEA0183
Contextual Info: SPK ELECTRONICS CO., LTD. 10F, NO. 510, SEC. 5, CHUNG HSIAO E. RD., TAIPEI, TAIWAN, R.O.C. E-Mail : spktw@ms34.hinet.net Tel: 886-2-23462323 Web Site: http://www.spkecl.com Fax: 886-2-23463939 SPECIFICATION Smart Antenna SPK- GPS – GS405 V. 1.0 Issue：September, 2006