InP:Fe光导开关产生超短电脉冲实验研究
Experiment Investigation of Ultra-Short Electrical Pulse Generated by InP:Fe Photoconductive Semiconductor Switches
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摘要: 利用高阻特性的InP:Fe材料,制成间隙分别为2 mm和3 mm的横向型光导开关,在不同高压情况下,用ns和ps光脉冲触发进行实验研究,并对实验结果进行分析,得到了响应速度快、脉冲宽度窄、性能稳定的电脉冲信号。该实验不仅可以应用于超宽带电磁脉冲的产生方面,同时也为进一步的理论分析研究提供了依据。Abstract: In this paper,2mm-gap and 3mm-gap lateral high resistive InP:Fe Photoconductive semiconductor switches are fabricated.These switches are triggered by nano-second and pico-second laser pulse. Experiment are given out and a fast time,narrow pulse duration and stable performance waveform is received.This experiment not only can be applied in Ultra-wideband signal's generation but also supplies important reference for the theory investigation.