Research on Ignition Time Control of Initiating Explosive Device Based on Magnetoelectric Energy Converter

In order to meet the requirements of rapid reaction and high firing rate of ammunition in modern battlefield environment, the high instantaneous ignition design of magnetoelectric energy conversion initiating explosive device is carried out. By studying the influence of ammunition overload shock amplitude, charge discharge capacitance and circuit design on the induction ignition time, we can get three ways to reduce the ignition time of initiating explosive device based on magnetoelectric energy conversion: increasing ammunition overload shock amplitude, reducing charge discharge capacitance and using voltage limiter to design control circuit.