Abstract
The system is intended both for synchronous and programmed discharging of large capacitive energy storage systems. As circuit closers, triggered vacuum switches (TVSs) РВУ-43 are used. The TVSs can handle a current of up to 200 kA at a voltage of up to 30 kV and charge of up to 120 C. Each TVS is enclosed in a shielding case with sockets for coaxial cables that connect the switch with the capacitors and the load. Switch-triggering pulses are generated by multichannel high-voltage pulse generators (triggering generators). Each channel is controlled by a programmer via a fiber-optic cable. The programmer operates in conjunction with a computer and provides, in each channel, a prescribed delay of the pulses generated relative to the synchronizing pulse common to the entire system.
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