无源射频接收和电源开关专用集成电路,用于零待机功率的远程电源控制

Lingwei Zhang, Hanjun Jiang, Xuguang Sun, Chun Zhang, Zhihua Wang
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引用次数: 7

摘要

提出、设计并验证了一种用于远程交流电源开关的无源射频信号接收和电源开关专用集成电路。该IC接收包含电源开关命令的915mhz射频信号,并据此开关家用电器的交流电源继电器。所提出的ASIC仅使用从接收到的射频信号中恢复的能量,并且它消耗的待机电流几乎为零。采用无线识别技术,提高了系统的抗干扰性能。ASIC采用0.18 mm CMOS工艺设计,其核心面积为0.9 mm2。它可以在低至40muw的射频输入功率下工作,数据接收速率为~ 25kbps。待机电流测量值小于10na。所设计的ASIC已在一个无线开关演示系统中得到验证,该系统可用于远程开关220v交流灯泡。
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A passive RF receiving and power switch ASIC for remote power control with zero stand-by power
A passive RF signal receiving and power switch ASIC is proposed, designed and verified for remote AC power switch. This IC receives 915 MHz RF signals containing power switching commands, and switches on/off the AC power relay of a household appliance accordingly. The proposed ASIC only uses energy recovered from the received RF signal, and it consumes almost zero stand-by current. The wireless identification technique is adopted to improve its anti-disturbance performance. The ASIC is designed in the 0.18 mum CMOS process, and it occupies a core area of 0.9 mm2. It can work with an RF input power as low as of 40 muW, and the data receiving rate is ~25 kbps. The measured standby current is less than 10 nA. The designed ASIC has been verified in a wireless switch demo system which can be used to switch a 220 V AC bulb remotely.
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