<--- Back to Details
First PageDocument Content
Technology / Parabolic antenna / Reflector / Horn antenna / Feed horn / Antenna / Cassegrain antenna / Diffraction / Optics / Satellites / Telecommunications engineering / Electronic engineering
Date: 2003-02-11 21:18:35
Technology
Parabolic antenna
Reflector
Horn antenna
Feed horn
Antenna
Cassegrain antenna
Diffraction
Optics
Satellites
Telecommunications engineering
Electronic engineering

Add to Reading List

Source URL: www.w1ghz.org

Download Document from Source Website

File Size: 298,66 KB

Share Document on Facebook

Similar Documents

Digital media / Social networks / Communication / New media / Social media / Web 2.0 / Advertorial / Human behavior / Public sphere

Media Kit 2018 Fintechnews Network Fintechnews Universe Websites are planets, subsites and social media are satellites

DocID: 1xTJi - View Document

APRS Link Budgets for Psat, BRICsat and USS Mission Uplinks: Uplink and downlink missions for APRS are unbalanced. The minimum APRS mission for all satellites is to receive at least one mobile or handheld user transmi

DocID: 1vj5P - View Document

Reporting Methods The GOES DCS system design had several factors. First is to be able to perform reliable two-way communication between unmanned small stations and synchronous satellites. The basics of that technology

DocID: 1va71 - View Document

Optical acquisition module 6 Hz ÷ 15 MHz OAM305 TESEO plug-in systems and remote satellites are fiber optic communication links for the

DocID: 1v9IA - View Document

REVOLUTIONIZING SATELLITE MANUFACTURING THROUGH PLUG AND PLAY PROBLEM:SATELLITE COSTS ERODE PROFITS AND LIMITS THE SERVICES “ (satellites) lead times used to be 36 months,” said Jean-Loïc Galle, CEO of Thales Aleni

DocID: 1uQPW - View Document