Pulse energy storage generator

What is a pulsed power generator?

Pulsed power generators using magnetic pulse compression circuits have become popular both for research in the bioelectric field and for industrial applications of pulsed power. Pulsed power generators using inductive energy storage and opening semiconductor switches are able to generate pulsed power with a nanosecond or subnanosecond pulse width.

What is a modular solid state pulse generator?

Finally, a 10-stage modular solid-state pulse generator based on the multi-turn LTD is developed, which adopts modular design. The main output pulse parameters are a pulse voltage ranging approximately from 0 to −5000 V, a pulse current up to −500 A, a pulse width ranging from 200 ns to 5 μs, a rise time of 30 ns and a fall time of 16 ns.

What is the voltage gain of a pulse generator?

charging voltage of the pulse generator is only 28 V. And the voltage gain can reach 357. Compared with ref. , due to the lack of further theo-retical analysis and optimised design of the boost part in ref. , the output waveform distortion of the single module is serious, and the flat top has disappeared.

How many Hz can a pulse generator produce?

The pulse generator can produce a pulse with a voltage amplitude of −5000 V, a current amplitude of −500 A, a pulse width ranging from 200 ns to 5 μs, and a repetition frequency of 10 Hz. The pulse generator has adopted a modular design to make its structure more compact.

What are solid-state pulse generators based on?

Currently, solid-state pulse generators based on semiconductor devices have been developed. Semiconductor devices have greatly expanded the circuit structure of pulse power technology, which has made pulse generators more compact, modular, repeatable, and longer-lasting.

What is a 1 60-stage pulse generator?

In 2021, Wang et al. proposed a 1 × 60-stage pulse generator, outputting pulses with a voltage of 2.35 kV and a rise time of 180 ps, while the repetition rate reaches 200 kHz. 24 The MBCs are mainly used to generate relatively high-voltage (>5 kV) nanosecond pulses.