After choosing the most appropriate receiver for your application from the Receiver Survey in the January issue of GPS World, you may need an antenna, too. We have collected key specifications for 417 antennas from 33 ma

Source URL: gpsworld.com

• Navigation
• Avionics
• Geodesy
• GPS signals
• Global Positioning System
• L band
• GLONASS
• Real Time Kinematic
• Low-noise amplifier
• Technology
• GPS
• Satellite navigation systems

Application Note Integration of a Low Noise Amplifier and a USRP Device Ettus Research Universal Software Radio Peripheral Introduction Some applications require receivers to maintain extraordinarily low noise figure (NF

Source URL: www.ettus.com

• Electromagnetism
• Universal Software Radio Peripheral
• Noise
• Radio electronics
• Bias tee
• Antenna
• Noise figure
• Daughterboard
• Coaxial cable
• Electronics
• Electronic engineering
• Low-noise amplifier

BOX INCLUDES Leaf® 50 Antenna Amplifier

Source URL: www.gomohu.com

GPS ANTENNA INSTALLATION GUIDE I N S T A L L A T I O N G U I D E "Smarter Timing Solutions"

Source URL: www.endruntechnologies.com

• Low-noise amplifier
• Satellite navigation systems
• Antenna
• Global Positioning System
• TV aerial plug
• Technology
• Electronic engineering
• Radio electronics

Interference temperature measurements from 70 to 1500 MHz in suburban and rural environments of the Northeast A.E.E. Rogers, J.E. Salah, D.L. Smythe, P.Pratap, J.C. Carter and M. Derome MIT Haystack Observatory Westford,

Source URL: www.haystack.mit.edu

• Noise
• Antenna
• Spectrum analyzer
• Noise figure
• Electromagnetic interference
• Low-noise amplifier
• Telecommunications engineering
• Electronic engineering
• Technology

Applied Technology Institute (ATIcourses.com) Stay Current In Your Field • Broaden Your Knowledge • Increase Productivity 349 Berkshire Drive • Riva, Maryland[removed]2100 • [removed]Website: www.ATIcou

Source URL: www.aticourses.com

• Radio electronics
• Satellites
• Low-noise amplifier
• Antenna
• Very-small-aperture terminal
• Satellite television
• Traveling-wave tube
• Transponder
• EME
• Electronic engineering
• Technology
• Electronics

Once the basics have been established (frequency band, simplex vs. duplex, coverage area and transmitter power output, antenna gain and height) the site selection process can commence. The main options involved in site s

Source URL: wirelessapplications.com

• Technology
• Intermodulation
• Heterodyne
• Antenna
• Transmitter
• Electronic amplifier
• Amplifier
• Receiver
• Feed line
• Electronic engineering
• Radio electronics
• Electronics

4-2 Research on Millimeter-Wave Communication Devices Including Test and Measurement Techniques Toshiaki MATSUI, Masahiro KIYOKAWA, Hiroaki YASUDA, and Keren LI The CRL Millimeter-wave Device Group undertakes research to

Source URL: www.nict.go.jp

• Radio spectrum
• Wireless
• Radio electronics
• Extremely high frequency
• Microwave
• Antenna
• Electromagnetic interference
• Frequency multiplier
• Low-noise amplifier
• Electronic engineering
• Technology
• Telecommunications engineering

4-2 S-band Earth Station for Mobile Communication YAMAMOTO Shin-ichi, OBARA Noriaki, and YAMAZAKI Ichiroh Engineering Test Satellite VIII (ETS-VIII) is scheduled for launch in the summer of[removed]The Communications Resea

Source URL: www.nict.go.jp

• Electronics
• Broadcasting
• Low-noise amplifier
• Antenna
• Link budget
• DBm
• Transmitter
• Satellite television
• Transponder
• Electronic engineering
• Technology
• Radio electronics

4-6 Portable Earth Station[removed]RF Unit for Portable Earth Station JANG Jae-Hyeuk, MIURA Amane, and YAMAMOTO Shin-ichi For the purpose of verifying the in-orbit electrical characteristics of the Engineering Test Satelli

Source URL: www.nict.go.jp

• Radio electronics
• Electronics
• Telecommunications
• DBm
• Antenna
• Link budget
• Low-noise amplifier
• RF switch
• S meter
• Electronic engineering
• Technology
• Units of measure