PIN限幅器的高功率微波效应研究
毕业论文关键词 高功率微波（HPM） ，效应，PIN二极管，限幅器，尖峰泄露
Title the effects of high power microwave on PIN diode limiter Abstract High Power Microwave(HPM) technique is a new major field which has been developed by the joining of three science areas，the pulsed power, the plasmas physics and the microwave electronic developments since 1970．The most potential economic and military application for all HPM sources is electromagnetic radiation．HPM weapons have many advantages which can be used in nearly all weather and traveling at the speed of light, et a1．However, whether HPM systems would be useful military weapons depended on answers of serial HPM effects questions． In this essay, the works are concentrated on microwave pulse parameters such as power，wave frequency, pulse width affect on whole HPM effects results through experimental studies and electronics mechanism analysis joined closely．The special effects trends are found by experiments and the reasonable physical clarification might be built by electronic mechanism analysis． First, The first chapter expounds the significance of this topic research, including the research background, diode limiter development trend, and domestic and international research trends. Due to the multiple disciplines in HPM effects field, methodology and associated Theoretical and experimental effects mechanism studies on typical radar from. ends has been given in Chapter 2 and Chapter 3．The main purpose of these two chapters works are to obtain some valuable and reasonable effects mechanism explanation and summarizes in physical layer by simulations and experiments．The Simulation Program Advanced Design System（ADS）modelsfor PIN limiters were proposed and simulated. the limiter important physical properties. such as spike leakage of power, pulse width, mechanism of the front through circuit simulations and injected experiments．It has been discovered that the ADS simulations are powerful in HPM effects researches．
Keywords HPM，effect, PIN Diode, Limiter, spike leakage
1 引言1
1.1 研究背景 1
1.2 限幅器发展趋势 2
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