Satellite Communication: Link Designs Tutorial
Satellite Communication: Link Designs Tutorial
Q1. Find path loss for an UPlink operating at 6 gigahertz with the distance 42000 kilometre if earth station EIRP is 120 dBW and antenna gain is 20 dB then what will be the received power in dBm
Q2. A satellite at a distance of 40000 kilometre from a point on the earth surface radiates a power of 10 watt from an antenna with a gain of 17 dB in the direction of observer. find the flux density at the receiving. And the power received by an antenna at this point with an effective area of 10 metre square
Q3. Find the received power for given satellite specification:
Q1. Find path loss for an UPlink operating at 6 gigahertz with the distance 42000 kilometre if earth station EIRP is 120 dBW and antenna gain is 20 dB then what will be the received power in dBm
Q2. A satellite at a distance of 40000 kilometre from a point on the earth surface radiates a power of 10 watt from an antenna with a gain of 17 dB in the direction of observer. find the flux density at the receiving. And the power received by an antenna at this point with an effective area of 10 metre square
Q3. Find the received power for given satellite specification:
- Satellite distance =40000 kilometre
- Transmitting antenna gain = 17 dB
- Receiving antenna gain is = 52.3 dB
- Radiated Power =10 what
- Operating frequency =11 gigahertz Atmospheric loss = 4dB
- Losses associated with transmitter =8dB
- Losses associated with receiver= 3dB
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