High-altitude nuclear explosion electromagnetic pulse standard signal analog device

Abstract

The present invention relates to a high-altitude nuclear explosion electromagnetic pulse standard signal analog device, especially to a pulse source with standard high-altitude nuclear explosion electric field wave shape generated in a TEM chamber which is used for performing electric field probe scaling and mini key components anti-nucleus electromagnetic reinforcing experiment. The high-altitude nuclear explosion electromagnetic pulse standard signal analog device is small in size and low in output voltage with no need for complex pulse voltage-multiplying devices such as Marx generator; the high-altitude nuclear explosion electromagnetic pulse standard signal analog device employs a discharge loop with coaxial design and components with small sizes and compact structure and steadily control the fixed inductance of the loop to the nH magnitude so as to easily regulate the total inductance of the loop; through regulation of the size of the discharging loop capacitance and the loop inductance, the high-altitude nuclear explosion electromagnetic pulse standard signal analog device is able to output pulse waves with different rising edges and falling edges so as to satisfy the requirement of different standards; and the similarity of the output signal wave and the standard wave is larger than 95%, and the high-altitude nuclear explosion electromagnetic pulse standard signal analog device is stable in signal, simple in method, high in reliability and low in cost.

Description

technical field [0001] The invention relates to a nuclear explosion electromagnetic pulse signal generation method and device, in particular to a pulse source capable of generating a standard high-altitude nuclear explosion electric field waveform in a TEM cell, which is used for electric field probe calibration and small key components for anti-nuclear Electromagnetic reinforcement experiment. Background technique [0002] The electromagnetic pulse field strength produced by the nuclear explosion is extremely high, the rising edge is steep, and the spectrum is wide. Especially when the explosion height exceeds 30 kilometers (called high-altitude nuclear explosion electromagnetic pulse), the radius of the projected point of the explosion center will be hundreds of kilometers or more. Various military and civilian electronic information systems and power systems within the range pose a serious threat. With the wide application of various electronic sensitive equipment in var...

AI Technical Summary

Problems solved by technology

This kind of pulse source is generally used in larger simulators, but its technical difficulty is relatively high, the investment is high, and the operation and maintenance costs are high.

Moreover, most of the nuclear electromagnetic pulse simulators that have been built are simulation devices that generate a sin

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