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High power photoconductive semiconductor switches (PCSSs) are considered a promising device for compact, repetitive pulsed power generation due to their advantages over other switches, such as fast response time, negligible time jitter, precise synchronization, high repetition rate and optical electrical isolation.
Rod-pinch diodes are considered a promising device for flash radiography applications1–3. High brightness x-ray with spot size less than 1 mm can be generated from the rod-pinch diodes if operated at currents more than the critical current.
A fast pulsed power generator using for killing pathogen in blood has been designed and tested. The set can generate a pulse with voltage of 20 kV, pulse width of ∼9.0 ns on a matched load of ∼5 Ω. It was a Blumlein structure and has a single GaAs photoconductive switch. The laser using for trigger the switch was 1.0 mJ and the maximum switch operate current is about 8.0 kA. A dummy solid load which...
In order to study the physics of fast Z-pinches and research the key issues of pulse power technology, a 10MA/6MV z-pinch primary test stand (PTS) composed of 24 modules will be built in IFP. The prototype module adopted capacitive storage scheme has been built and tested. It is composed of the 6MV/300kJ Marx-generator (MG), intermediate storage capacitor (IC), laser-triggered switch (LTS), pulse...
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