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2016•Unpublished venueRequires access

Design of a 500 kV pulse generator with the rise time of nanosecond level

Yanpeng Ge, Yan‐Zhao Xie, Zhanyu Li

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Abstract

An electromagnetic pulse (EMP) generator with output voltage of 500 kV is designed. It mainly consists of three parts, a low inductance Marx generator, a gas-sealed peaking circuit and a trigger source. PSPICE simulation of the generator is shown in this paper. The Marx generator uses a series circuit and charged by a ±50 kV high voltage DC source. A peaking part is utilized to steep the rise time of the output of Marx generator.

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What this paper is about

An electromagnetic pulse (EMP) generator with output voltage of 500 kV is designed. It mainly consists of three parts, a low inductance Marx generator, a gas-sealed peaking circuit and a trigger source. PSPICE simulation of the generator is shown in this paper. The Marx generator uses a series circuit and charged by a ±50 kV high voltage DC source. A peaking part is utilized to steep the rise time of the output of Marx generator.

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Available abstract

An electromagnetic pulse (EMP) generator with output voltage of 500 kV is designed. It mainly consists of three parts, a low inductance Marx generator, a gas-sealed peaking circuit and a trigger source. PSPICE simulation of the generator is shown in this paper. The Marx generator uses a series circuit and charged by a ±50 kV high voltage DC source. A peaking part is utilized to steep the rise time of the output of Marx generator.

Key concepts: Marx generator, Pulse generator, Generator (circuit theory), Electrical engineering, Inductance, Rise time, Voltage, Nanosecond

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