Marx generators are widely used to produce transient high-voltage pulses. The evolution of
semiconductor devices and power electronics concepts promotes the development of solid …

We developed a new pulsed power supply to study the influence of the high-voltage (HV)
pulse shape on the generation of plasma-activated water (PAW). This article shows the …

A generalized circuit topology for bipolar or unipolar high voltage repetitive pulse power
applications is proposed. This circuit merges the negative and positive solid state Marx …

In this article, we present the concept, design, and first implementation of a new solid-state
pulse topology: the solid-state impedance-matched Marx generator (IMG). This new …

This paper presents a high-voltage bipolar rectangular pulse generator using a solid-state
boosting front-end and an H-bridge output stage. The topology generates rectangular pulses …

Adapting power-electronic converters that are used in pulsed-power application attracted
considerable attention during recent years. In this paper, a modular bipolar high-voltage …

This paper describes the design and implementation of a prototype 30-kW (or 30-kJ/s)
pulsed-power supply for capacitor charging. The system operates at 200-kHz maximum …

A novel bipolar high-voltage modulator topology, based on the Marx generator concept, is
proposed for high-voltage repetitive pulsed power applications. The proposed topology is a …

Modern pulsed power technology has its roots in the late 1950s and early 1960s, and it was
driven overwhelmingly by applications in national defense carried out by several countries …

A high-voltage bipolar rectangular pulse generator using a high efficiency solid-state
boosting front-end and an H-bridge output stage is described. The topology of the circuit …