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P= 10 w -r= 35,900 km- Tips: find first the antenna gain Gr (Answer: 48.93dBi) Transmitter Receiver f= 12 GHz 4= 3 m d, = 3 m Figure 4.7 Ku-band link parameters. The transmit power is 10 watts, and both the transmit and receive parabolic antennas have a diameter of 3 m. The antenna efficiency is 55% for both antennas. The satellite is in a GSO location, with a range of 35,900 km. The frequency of operation is 12 GHz. These are typical parameters for a moderate rate private network VSAT uplink terminal. Determine the received power, p, and the power flux density, (pfd), for the link. 2 1. PR = P,G,G| → 1.89 x 10-10 Watts (Answer) 4 nd PG, E? W/m? EIRP 2. Р. > -103.14 dB (W/m²) 4ла? 4ла?

P= 10 w -r= 35,900 km- Tips: find first the antenna gain Gr (Answer: 48.93dBi) Transmitter Receiver f= 12 GHz 4= 3 m d, = 3 m Figure 4.7 Ku-band link parameters. The transmit power is 10 watts, and both the transmit and receive parabolic antennas have a diameter of 3 m. The antenna efficiency is 55% for both antennas. The satellite is in a GSO location, with a range of 35,900 km. The frequency of operation is 12 GHz. These are typical parameters for a moderate rate private network VSAT uplink terminal. Determine the received power, p, and the power flux density, (pfd), for the link. 2 1. PR = P,G,G| → 1.89 x 10-10 Watts (Answer) 4 nd PG, E? W/m? EIRP 2. Р. > -103.14 dB (W/m²) 4ла? 4ла?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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P= 10 w -r = 35,900 km- Pr Tips: find first the antenna gain Gr (Answer: 48.93dBi) Transmitter Receiver f = 12 GHz d = 3 m d, = 3 m Figure 4.7 Ku-band link parameters. The transmit power is 10 watts, and both the transmit and receive parabolic antennas have a diameter of 3 m. The antenna efficiency is 55% for both antennas. The satellite is in a GSO location, with a range of 35,900 km. The frequency of operation is 12 GHz. These are typical parameters for a moderate rate private network VSAT uplink terminal. Determine the received power, p, and the power flux density, (pfd),, for the link. 2 1. PR = P,G,GR 4 лd → 1.89 x 10-10 Watts (Answer) PG, 4nd? 4nd? EIRP 2. Р, W/m? > -103.14 dB (W/m²) %3D %3D %3D
Transcribed Image Text:P= 10 w -r = 35,900 km- Pr Tips: find first the antenna gain Gr (Answer: 48.93dBi) Transmitter Receiver f = 12 GHz d = 3 m d, = 3 m Figure 4.7 Ku-band link parameters. The transmit power is 10 watts, and both the transmit and receive parabolic antennas have a diameter of 3 m. The antenna efficiency is 55% for both antennas. The satellite is in a GSO location, with a range of 35,900 km. The frequency of operation is 12 GHz. These are typical parameters for a moderate rate private network VSAT uplink terminal. Determine the received power, p, and the power flux density, (pfd),, for the link. 2 1. PR = P,G,GR 4 лd → 1.89 x 10-10 Watts (Answer) PG, 4nd? 4nd? EIRP 2. Р, W/m? > -103.14 dB (W/m²) %3D %3D %3D
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