Mathematical Modelling and Analysis of High Voltage High Pulse Power Supply Performance on Various Loads

This paper presents the mathematical modeling and analysis of High voltage high pulse power system (HVHPPS) performance on various type of load like magnetron, klystron, particle accelerator etc. The performance of high voltage high pulse power supply changes with the change in the load parameters i.e. dynamic impedance, cable length, temperature variation, cavity dimension change, applied cathode voltage, magnetic strength etc. The high voltage high pulse power supply for RF and Microwave types of load requires always a very good impedance matching, to achieve maximum power transmission and minimum reflection. In this paper the mathematical modeling of subsystem of High Voltage High Pulse Power System and load are generated. Accordingly the load behavior changes incorporated and analyzed the effect at the source side based on hardware results obtained years together. The mathematical modeling analysis result is validated through the experimental hardware model.