High-voltage, high-current pulsed power systems for advanced applications in defense, medical, and industrial sectors
Pulsed power technology involves the generation, storage, and delivery of high-power electrical pulses over short time intervals. This field combines high-voltage engineering, energy storage systems, and fast switching technologies to create systems capable of delivering tremendous amounts of power in microsecond to millisecond timeframes.
Our research group focuses on developing advanced pulsed power systems for various applications including plasma generation, electromagnetic pulse (EMP) simulators, medical applications, and high-energy physics experiments.
Advanced pulsed power architecture that offers significant advantages over traditional Marx generators in terms of efficiency, compactness, and repetition rate.
High-energy density capacitors and ultra-fast switching devices for efficient energy storage and controlled discharge.
Our research team is conducting comprehensive studies comparing Linear Transformer Driver (LTD) technology with traditional Marx generators to evaluate performance metrics including efficiency, compactness, repetition rate capabilities, and overall system reliability.