LCC逆变充电电感式功率脉冲电源的仿真分析

In order to obtain a high-voltage narrow pulse output of more than 10,000 volts , a pulsed power supply based on inductive energy storage using high-voltage pulse transformer is designed, and simultaneously in order to enhance the repetition rates of the power source, the LCC inverter charger is designed. Omitting the middle high-frequency transformer, the power source adopts the topology in which the inverter output directly rectificates and charges the middle storage capacitor. In this article，the principle of the inverter is analyzed and the parameter selection principles are brought forward. Then the paper analyzes the process of the capacitance charging and discharging to the pulse transformer.The simulation analysis of the power source shows that the power source can achieve the pulse output of 1.3µs rising edge, 30KV amplitude and 90% pulse width 4µs, and the highest repetition work frequency can reach 3.8kHz. The loss of working stability does not surpass 5% of the input power supply. The power source is simple, low cost, and easy to make a compact integrated structure. It can work as waste gas processing power or other work situation which needs tens of thousands of volts high-voltage narrow pulse.