Calculate the total losses and the saturation flux density (in dB) present in the satellite link with following specifications, satellite altitude 15000km, frequency of operation 6 GHZ, transmitted power 160W, transmitter earth station antenna gain 45dB, rain attenuation of 2 dB, pointing loss of 1 dB, atmospheric absorption of 0.5 dB, receiver feeder loss of 0.6dB O Losses = 195.58 dB, Saturation flux density = -27.47 dBw/m² O Losses = 191.48 dB, Saturation flux density = -27.47 dBw/m² O Losses 195.58 dB, Saturation flux density = -87.47dBW/m O Losses = 191.48 dB. Saturation flux density = -87.47dBW/m²

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Calculate the total losses and the saturation flux density (in dB) present in the satellite link with following specifications, satellite altitude 15000km, frequency
of operation 6 GHz, transmitted power 160W, transmitter earth station antenna gain 45dB, rain attenuation of 2 dB, pointing loss of 1 dB, atmospheric
absorption of 0.5 dB, receiver feeder loss of 0.6dB
O Losses = 195.58 dB, Saturation flux density = -27.47 dBw/m²
O Losses = 191.48 dB, Saturation flux density = -27.47 dBw/m²
O Losses = 195.58 dB, Saturation flux density = -87.47dBW/m
O Losses = 191.48 dB, Saturation flux density = -87.47dBW/m²
Transcribed Image Text:Calculate the total losses and the saturation flux density (in dB) present in the satellite link with following specifications, satellite altitude 15000km, frequency of operation 6 GHz, transmitted power 160W, transmitter earth station antenna gain 45dB, rain attenuation of 2 dB, pointing loss of 1 dB, atmospheric absorption of 0.5 dB, receiver feeder loss of 0.6dB O Losses = 195.58 dB, Saturation flux density = -27.47 dBw/m² O Losses = 191.48 dB, Saturation flux density = -27.47 dBw/m² O Losses = 195.58 dB, Saturation flux density = -87.47dBW/m O Losses = 191.48 dB, Saturation flux density = -87.47dBW/m²
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