The voltage requirement for the operation of a high-voltage pulsed power system in pulsed power research can vary widely depending on the specific application, experiment, or research goals. Pulsed power systems are used in various fields such as plasma physics, high-energy physics, materials research, and more. The voltage requirement will depend on factors like the desired energy output, the nature of the experiment, and the characteristics of the load being driven.
In some cases, high-voltage pulsed power systems can operate in the kilovolt (kV) range, while in more powerful systems, they can reach tens or even hundreds of kilovolts. For example, systems used in plasma confinement experiments or high-energy physics research might require tens of kilovolts, while systems for high-power microwave generation or materials testing could require even higher voltages.
It's important to note that designing and operating high-voltage pulsed power systems can be complex and potentially hazardous due to the high energies involved. Safety precautions, insulation, and careful engineering are essential to ensure the system's proper operation and to protect both the researchers and the equipment.
For specific experiments or applications, you should consult the relevant literature, research papers, or experts in the field to determine the exact voltage requirements for the pulsed power system you are interested in.