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In this paper an all digital wireless transceiver is presented, with a proposed technique for data recovery. Communication is carried out on carrier frequency of 100 MHz with a local clock of 2/3 carrier frequency on the receiver side used to sub-sample incoming wireless signal and understand transmitted data. A modified BPSK is employed, which stretches periods of phase change to enable data recovery...
In this paper, an all digital baseband data recovery algorithm using oversampling technique is presented. Our algorithm uses 5times clock to sample incoming data once around the middle. Sampling occurs exactly on the third clock after a data edge. If no data edge sensed, sampling occurs after five clocks from the previous sample. The system is designed to receive 50 Mbps data bit rate and uses a 250...
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