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A Time-Domain Electromagnetic Transmitter with Great Power and Large Current by Using a Closed-Loop Phase Shifting Control Strategy 被引量:2

A Time-Domain Electromagnetic Transmitter with Great Power and Large Current by Using a Closed-Loop Phase Shifting Control Strategy
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摘要 A time-domain electromagnetic transmitter(TDET) with great power and large current was designed by using a closed-loop phase shifting control strategy. A clamping voltage source circuit was applied in this system to improve the falling edge of emission current and shorten the turn-off time. The simulated results showed that this TDET exhibited the advantages including a large current, strong capability for rapid turn-off, stably output voltage, preferably dynamic performance, a widely adjustable range in transmitting voltage, accurate measurement precision. A time-domain electromagnetic transmitter(TDET) with great power and large current was designed by using a closed-loop phase shifting control strategy. A clamping voltage source circuit was applied in this system to improve the falling edge of emission current and shorten the turn-off time. The simulated results showed that this TDET exhibited the advantages including a large current, strong capability for rapid turn-off, stably output voltage, preferably dynamic performance, a widely adjustable range in transmitting voltage, accurate measurement precision.
出处 《Wuhan University Journal of Natural Sciences》 CAS CSCD 2018年第5期447-453,共7页 武汉大学学报(自然科学英文版)
基金 Supported by the National Natural Science Foundation of China(51277189) the Chongqing Education Committee Science and Technology Research Projects(KJ1401208)
关键词 time-domain electromagnetic transmitter (TDET) control strategy model design dynamic performance clampingvoltage time-domain electromagnetic transmitter (TDET) control strategy model design dynamic performance clampingvoltage
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