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10kV百纳秒前沿百微秒方波脉冲源的研制OA北大核心CSTPCD

Development of a 10 kV hundred-nanosecond risetime hundred-microsecond pulse width rectangular pulse source

中文摘要英文摘要

针对宽频测量系统量值传递需求,基于Marx电路设计了一款单极性方波脉冲源.该脉冲源以MOSFET器件为核心,采用光纤隔离驱动方案实现 10 kV的方波脉冲输出.采用叠层结构搭建 12 级样机,实现了脉冲发生器的模块化与小型化.实验结果表明:该方波脉冲源在带300 pF以下的容性负载时可实现前沿小于百纳秒、输出电压kV级别、脉宽 200 μs的脉冲输出.该电源适用于宽频测量设备的方波响应性能实验等脉冲功率相关用途.

For requirement of quantity transmission in broadband measurement system,a unipolar rectangular pulse source is designed to realize 10 kV rectangular wave pulse output with MOSFET as the core component based on Marx circuit.The modular and miniaturization of the pulse generator is realized by using the stack structure to build the 12-stage prototype.The experimental results show that when the input voltage is 850 V,the proposed pulse source can generate a fast output pulse with 10 kV maximum voltage,rise time less than 100 ns,200 μs pulse width under the capacitive load below 300 pF.The power supply can be used in rectangular wave response performance test of broadband measuring equipment or pulse power related applications.

唐梦媛;蒋泽赟;丁卫东

西安交通大学电气工程学院,西安 710049

动力与电气工程

脉冲源容性负载MOSFETMarx电路长脉宽

pulse sourcecapacitive loadMOSFETMarx circuitwide pulse width

《强激光与粒子束》 2024 (008)

175-180 / 6

10.11884/HPLPB202436.240092

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