For a variety of reasons, typical minimum elevation angles used by earth sta- tions operating in the commercial Fixed Services Satellite (FSS) communications bands are as follows: C-Band 5°; Ku-Band 10°; Ka-Band 20°. a. Determine the maximum and minimum range in kilometers from an earth station to a geostationary satellite in each of the three frequency bands. b. What is the round-trip signal propagation times for each of the ranges? You may assume the signal propagates with the velocity of light in a vacuum even when in the earth's lower atmosphere.
For a variety of reasons, typical minimum elevation angles used by earth sta- tions operating in the commercial Fixed Services Satellite (FSS) communications bands are as follows: C-Band 5°; Ku-Band 10°; Ka-Band 20°. a. Determine the maximum and minimum range in kilometers from an earth station to a geostationary satellite in each of the three frequency bands. b. What is the round-trip signal propagation times for each of the ranges? You may assume the signal propagates with the velocity of light in a vacuum even when in the earth's lower atmosphere.
Related questions
Question
Transcribed Image Text:For a variety of reasons, typical minimum elevation angles used by earth sta-
tions operating in the commercial Fixed Services Satellite (FSS) communications
bands are as follows:
C-Band 5°; Ku-Band 10°; Ka-Band 20°.
a. Determine the maximum and minimum range in kilometers from an earth
station to a geostationary satellite in each of the three frequency bands.
b. What is the round-trip signal propagation times for each of the ranges? You
may assume the signal propagates with the velocity of light in a vacuum even
when in the earth's lower atmosphere.
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps with 1 images
