一种基于热离子二极管的大功率微波探测器
A high power microwave detector based on thermionic diode
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摘要: 主要给出了波导型的X波段大功率微波探测器的结构、标定方法和标定结果。该新型大功率微波探测器具有承受微波峰值功率高（可达100 kW），时间响应快（响应时间小于2.0 ns），不需要同步信号，抗干扰能力强等特点。根据不同的需要，可以制作成波导型和同轴型的大功率微波探测器。波导型探测器由热离子二极管、标准波导、滤波器和外电路组成，其工作频率范围为波导的工作频率范围；而同轴型探测器由热离子二极管、同轴波导，滤波器和外电路组成，可以宽带使用。标定结果表明该探测器很适合高功率微波峰值功率测量，尤其是在强电磁干扰环境和高重频微波脉冲条件下的测量，为解决功率测量不准的技术难题提供一种有效的技术手段。Abstract: A novel high power microwave detector is investigated, which is based on the characteristics of thermionic diode. This kind of detector has a lot of advantages such as high power capability (up to 100 kW), fast response time(less than 2 ns), immune to the electromagnetic disturbance, etc. Additionally, it can work perfectly without synchronous signal. It can be made into the form of waveguide and coaxial detector. The waveguide detector is made up of a thermionic diode, standard waveguide, filter and external circuit, whose operating frequency is within the operating frequency range of the waveguide. And the coaxial detector is made up of a thermionic diode, coaxial line, filter and external circuit, which can work in a broad frequency range. The structure, the calibration method and resul
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Key words:
- high power microwave /
- microwave detector /
- thermionic diode /
- power measurement
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