Investigation on the Effect of Cable Length on Pulse Shape of High Voltage High Pulse Power Supply
Abstract
In the present scenario of pulse power applications, transmission of high voltage pulses varies as per load condition. In the early days of its application, High Voltage High Pulse Power Supply (HVHPPS) design saw short distance between load and source, where the effect of cable length was not taken into account for design. This paper presents the effect of cable length on pulse shape of High Voltage High Pulse Power Supply. The load under observation is Klystron based high energy particle accelerator system. The performance of pulse power systems were observed continuously on a daily basis throughout the year and detailed analysis was carried out. This paper generates the model of pulse forming system and provides details of pattern distortion of the pulse shape due to various dynamic parameter changes i.e. impedance, Load Voltage, Load Current, Cavity Dimensional Changes (Microwave components) due to temperature variations and performance of the power supply. The results were analysed and validated with hardware results across a range of actual industrial loads.
building blocks of HVHPPS.
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Experimental modulator hardware.
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Length of cable: high voltage pulse with 10 meters.
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Length of cable: high voltage pulse with 30 meters.
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Length of cable: High voltage pulse with 50 meters.
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Conflict of interest
“Authors state no conflict of interest”
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This research received no external funding or grants
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