A television reciever used for receiving TV signals from a satellite. The specifications of the reciever are given below. Calculate the carrier to noise ratio at the input of the reciever detector. Item Orbit Up-link freq. Down-link freq. EIRP Antenna Туре Noise temperature Feedline gain (Losses) LNA Noise temperature Gain Reciever noise temperature IF bandwidth Parameter value Geostationary 6 GHz 4 GHz 36 dBW 10m diameter parabolic dish 32K 0.98 (ratio) 40K 50 dB 2610 K 30 MHz
A television reciever used for receiving TV signals from a satellite. The specifications of the reciever are given below. Calculate the carrier to noise ratio at the input of the reciever detector. Item Orbit Up-link freq. Down-link freq. EIRP Antenna Туре Noise temperature Feedline gain (Losses) LNA Noise temperature Gain Reciever noise temperature IF bandwidth Parameter value Geostationary 6 GHz 4 GHz 36 dBW 10m diameter parabolic dish 32K 0.98 (ratio) 40K 50 dB 2610 K 30 MHz
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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A television reciever used for receiving TV signals from a satellite. The specifications of the reciever are given below. Calculate the carrier to noise ratio at the input of the reciever detector
hint : Please use the the referance :Satellite Communications by Timothy Pratt • Jeremy Allnutt
ch 4 Satellite Link Design
Transcribed Image Text:A television reciever used for receiving TV signals from a satellite. The specifications of
the reciever are given below. Calculate the carrier to noise ratio at the input of the reciever
detector.
Item
Orbit
Up-link freq.
Down-link freq.
EIRP
Antenna
Туре
Noise temperature
Feedline gain (Losses)
LNA
Noise temperature
Gain
Reciever noise temperature
IF bandwidth
Parameter value
Geostationary
6 GHz
4 GHz
36 dBW
10m diameter parabolic dish
32K
0.98 (ratio)
40K
50 dB
2610 K
30 MHz
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