Design a communications link that connects from the moon to a low-earth- satellite. The link requires...

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Design a communications link that connects from the moon to a low-earth- satellite. The link requires a rate of 50 Mb/s. The carrier frequency is 60 GHz. Assume temperature is maintained at 200 K. The maximum gain of the satellite antenna is 23 dB. The receiver noise figure is 3 dB. It's always nice to have a bit of margin. You are free to choose all other parameters. Specify all required parameters and show that the required data rate is achieved. Calculate approximate effective areas of the antennas. Explain why these are reasonable system design choices. Design a communications link that connects from the moon to a low-earth- satellite. The link requires a rate of 50 Mb/s. The carrier frequency is 60 GHz. Assume temperature is maintained at 200 K. The maximum gain of the satellite antenna is 23 dB. The receiver noise figure is 3 dB. It's always nice to have a bit of margin. You are free to choose all other parameters. Specify all required parameters and show that the required data rate is achieved. Calculate approximate effective areas of the antennas. Explain why these are reasonable system design choices.

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