Conference Paper

Ferrite line to decrease rise time of high-voltage nanosecond pulses

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Abstract

Fast kickers fed by high-voltage thyrotron generators are used for extraction of charged particles in e+e- colliders and synchrotron light sources. Thyratron generators can provide a rise time not less than (30-40) nsec. It is not always enough, especially for accelerator rings of small circumference. This work describes a method to achieve short rise time pulses with the help of coaxial lines filled with ferrite rings with a nonrectangular hysteresis loop and located between the thyratron generator and fast kicker. Pulses with a rise time of (2 - 3) nsec at a level of (0.1 - 0.9) from the amplitude were achieved at a 40 nsec initial rise time of thyratron generator pulses. The length of the ferrite filled line is 800 mm

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Lines with ferrite to achieve sharp overfalls of nanosecond power
  • G I Goldenberg
  • I G Kataev
N5, 1971. 131 G.I. Goldenberg, I.G.Kataev, " Lines with ferrite to achieve sharp overfalls of nanosecond power ", Instruments and technology of experimet, N 3,1968.
Generator of highpower nanosecond pulses on non-linear transmission lines with ferrite " , Instruments and technology of experiment
  • I G Kataev
  • N F Lipatov
I.G.Kataev, N.F.Lipatov et al " Generator of highpower nanosecond pulses on non-linear transmission lines with ferrite ", Instruments and technology of experiment, N5, 1971.
Generator of high-voltage nanosecond pulses", Instruments and technology of experiment
  • A N Meshkov