A High-Efficiency Work-on-Demand SoC with a 0.9V/165 mu W MCU and Dual-Band RF for WBSN

作者：Zhang Xiaoyu^*; Jiang Hanjun; Cheng Songyuan; Zhang Lingwei; Li Fule; Zhang Chun; Wang Zhihua

来源：Chinese Journal of Electronics, 2011, 20(1): 21-26.

• Work on demand
• Low power
• SoC
• Wireless body sensor networks (WBSN)

An SoC with a 0.9V/165 mu W MCU and dual-band RF is presented for Wireless body sensor networks (WBSN). The SoC contains a 403MHz transceiver and a 915MHz receiver, of which the 403MHz band is composed of a 200kbps FSK transmitter and a 64kbps OOK receiver, consuming 5.58mW and 3.13mW, respectively. The 915MHz receiver based on energy harvesting gives the SoC the unique high-efficiency work-on-demand capability, avoiding wasting energy during the idle-listening period. The power consumption of the integrated MCU is only 1/3 of the previous SoC designs in WBSN applications, implementing the on-demand MAC protocol with instant response, satisfying the requirements of medical WBSN applications.

• 出版日期2011-1
• 单位清华大学