Automated digital system engineering model
L. G. Hause, D. R. Wortendyke, United States. National Telecommunications and Information Administration
Dept. of Commerce, National Telecommunications and Information Administration, 1979 - Digital control systems - 86 pages
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Antenna Gain antilog approximately average Barnett model baseband basic transmission loss Carrier Frequency CN ro Communications System coordinates diagram distribution diversity improvement due to rain Earth Geometry Program equation equipment intermodulation noise Example factor Fade Margin feeder echo noise FELDBERG Figure FM improvement threshold FM threshold FM/FDM fraction frequency in GHz great-circle path INPUT latitude Line Loss line-of-sight microwave Link from FELDBERG Link Performance Summary longitude loss variability median basic transmission Median RSL meters microwave microwave systems modulation multipath fading noise calculations noise power obtained outage path length path loss path profile path-loss variability Profile and Ray rain attenuation received signal level receiver transfer characteristic rH rH rH ro rH ro ro ro signal-to-noise ratio Spheroid system engineering model system performance Table Tabular Output tabulation temperature thermal noise Tower transmission line true north Vigants worst channel