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This paper, the second part of two companion papers, reports experimental methodology and verification results based on the prototype device of the proposed passive MEMS dc current sensor in Part I. The relationship between output voltages and crucial factors, such as the relative position of the sensor to the two-wire appliance cord, different connection modes of the PZT partition plates, as well...
This paper, the first of two companion papers, mainly reports theoretical considerations on working principle and structural design of a passive MEMS dc current sensor. The proposed sensor is capable of measuring dc current flowed in a two-wire appliance cord without using any cord separator like that used in Hall-effect based sensor. The crucial component of the proposed sensor is a cantilever made...
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