Chi-Tung Chang

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In this paper, we present a low-power, high-speed and large jitter tolerance wideband signaling (WBS) transceiver for human body channel communication (BCC). The proposed WBS transceiver sends data with a spread spectrum clock generator (SSCG) to reduce electromagnetic emission. In order to improve the jitter tolerance of the receiver, we propose an(More)
In this paper, we proposed a high data rate, low-power, and large random jitter tolerance wideband signaling (WBS) transceiver for human body channel communication (BCC). At the transmitter part, a spread spectrum clock generator is applied to reduce the electromagnetic emission. Subsequently, the proposed WBS transmitter uses a NRZI encoding scheme to(More)
A high data rate, low-power, and large random jitter tolerance wideband signaling (WBS) transceiver for human body channel communication (BCC) is presented in this paper. Firstly, an investigation of human body channel characteristics from 1MHz to 80MHz is discussed. Then in the transmitter part, the proposed WBS transceiver uses a NRZI encoding scheme to(More)
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