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  • Sincerny, P. S.; Ashby, S. R.; Childers, F. K.; Deeney, C.; Kortbawi, D.; Goyer, J. R.; Riordan, J. C.; Roth, I. S.; Stallings, C.; Schlitt, L.

    1992 9th International Conference on High-Power Particle Beams 1
    Conference Proceeding

    An IES pulsed power machine has been built at Physics International Company that serves as a prototype demonstration of IES technology that is scaleable to very large TW generators. The prototype module utilizes inductive store opening switch technology for the final stage of pulse compression and is capable of driving both electron beam Bremsstrahlung loads or imploding plasma loads. Each module consists of a fast discharge Marx driving a water dielectric transfer capacitor which is command triggered to drive the inductive store section of the machine. The inductive store is discharged into the load using a plasma erosion opening switch. Data demonstrating 22% efficient operation into an electron beam diode load will be presented. The system issues addressing the combining of these modules into a very large pulsed power machine will be discussed.