Topics
CSTSettlement
In this paper we present a design approach of a nanosecond pulse generator by using CST MICROWAVE STUDIO R . Through detailed simulation we arrive at a design for a fast rise-time variable pulse duration pulse generator which is able to produce 1–10 nanosecond pulses with tens of kilovolt amplitude. Unique features consist of the modeling approach of the spark-gap and the way we achieve a variable pulse duration
International audienceIn this paper, we numerically characterized a novel, compact nanosecond high v...
In this paper, we numerically characterized a novel, compact nanosecond high voltage pulse generator...
The paper deals with the development of the voltage nanosecond pulse generator for electrical discha...
In this paper we present a design approach of a nanosecond pulse generator by using CST MICROWAVE ST...
In this paper, we present a design approach of a single-line nanosecond pulse source by using a thor...
In this paper, we present the final implementation of our 0-50-kV picosecond rise time 0.5-10-ns pul...
In this paper, we present the first implementation of our 0–60-kV picosecond rise time 1–10-ns pulse...
In this contribution we present our fast-rise time nanosecond pulse generator, capable of generating...
This paper details the construction of a sub-nanosecond pulse generator capable of delivering 250 kV...
A novel technique for the generation of 280 picosecond risetime pulsed microwave waveform has been d...
In this paper we present the first implementation of our 0-60 kV picosecond rise-time 1-10 nanosecon...
International audienceIn this paper, we numerically characterized a novel, compact nanosecond high v...
In this paper, we numerically characterized a novel, compact nanosecond high voltage pulse generator...
The paper deals with the development of the voltage nanosecond pulse generator for electrical discha...
In this paper we present a design approach of a nanosecond pulse generator by using CST MICROWAVE ST...
In this paper, we present a design approach of a single-line nanosecond pulse source by using a thor...
In this paper, we present the final implementation of our 0-50-kV picosecond rise time 0.5-10-ns pul...
In this paper, we present the first implementation of our 0–60-kV picosecond rise time 1–10-ns pulse...
In this contribution we present our fast-rise time nanosecond pulse generator, capable of generating...
This paper details the construction of a sub-nanosecond pulse generator capable of delivering 250 kV...
A novel technique for the generation of 280 picosecond risetime pulsed microwave waveform has been d...
In this paper we present the first implementation of our 0-60 kV picosecond rise-time 1-10 nanosecon...
International audienceIn this paper, we numerically characterized a novel, compact nanosecond high v...
In this paper, we numerically characterized a novel, compact nanosecond high voltage pulse generator...
The paper deals with the development of the voltage nanosecond pulse generator for electrical discha...
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