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Ferrite line to decrease rise time of high-voltage nanosecond pulses
Abstract
Fast kickers fed by high-voltage thyrotron generators are used for
extraction of charged particles in e<sup>+</sup>e<sup>-</sup> 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
Irradiated DS pulses beneath HPM and UWB are capable of disturbing the
signal processing or even destroying the semiconductor structure. This paper
presents the History of DS sources and their physical and electronic working
principle, their technology and the potential application fields.
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