This paper aims to present a novel Marx generator architecture designed to achieve a high repetition rate while minimizing charging losses. The proposed approach demonstrates how inductive charging can enhance efficiency and robustness in pulsed power systems.
This study begins with a theoretical analysis of the generator’s operation, followed by validation through numerical simulations and experimental tests.
The modified Marx generator achieves significant performance improvements, including a pulse amplitude of 50 kV, a rise time of 4.5 ns and a repetition rate of 50 pps. The results validate the effectiveness of inductive charging in reducing energy losses and improving system reliability.
This work introduces, simulates and experimentally validates an advanced Marx generator configuration. The findings highlight the potential of inductive charging to overcome the limitations of traditional resistive designs, offering a more efficient and reliable solution for high-frequency pulsed power applications.
