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Block Diagram of BPSK Demodulator V. RESULT AND DISCUSSION After performing the above steps, the program is run with the inputs of IF is 16 KHz for the Baseband Receiver are given by the user and video signal are taken from the spacecraft will perform in the Baseband Transmitter. The digital domain compared to the analog domain provides manifold benefits like easy calibration, higher accuracy and better predictability. In the fig 5, it shows the BPSK modulator waveform in Baseband Transmitter.

Block Diagram of BPSK Demodulator V. RESULT AND DISCUSSION After performing the above steps, the program is run with the inputs of IF is 16 KHz for the Baseband Receiver are given by the user and video signal are taken from the spacecraft will perform in the Baseband Transmitter. The digital domain compared to the analog domain provides manifold benefits like easy calibration, higher accuracy and better predictability. In the fig 5, it shows the BPSK modulator waveform in Baseband Transmitter.

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Fig.1 Transponder Functional Block Schematic diagram 1. The Tele...
Fig.4Block Diagram of BPSK Demodulator V. RESULT AND DISCUSSION After...
Fig.5Simulated Waveform for BPSK Modulator  
Fig.6 Simulated Waveform for BPSK Demodulator  
Design of Digital Baseband Subsystem for S-Band Transponder
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  • Feb 2015
A Digital Transponder collects signals in the range of uplink frequencies and transmits them on a different set of downlink frequencies to receivers on Earth. The Transponder consists of RF Receiver; RF Transmitter & digital Baseband Subsystem. In the Digital Baseband Subsystem, the Receiver performs the demodulation of the uplinked command signal...
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