A 3-MV Low-Jitter UV-Illumination Switch

In a wide variety of high-power pulsed devices, the megavolt switch plays a key role in the system performance. A capacitance-resistance coupling structure was designed to produce UV light which triggered the switch to decrease the breakdown jitter. High-speed electrical measurements with a circuit...

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Published in:IEEE transactions on plasma science 2013-02, Vol.41 (2), p.360-364
Main Authors: Li, Junna, Jia, Wei, Tang, Junping, Chen, Weiqing, Xue, Binjie, Qiu, Aici
Format: Article
Language:English
Subjects:
Breakdown characteristics
Breakdown voltage
Capacitance
Educational institutions
Electric breakdown
Electric currents
Jitter
Measurement
Plasma physics
pulsed power technology
pulsed switch
Switches
Ultraviolet radiation
UV illumination
Voltage measurement
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container_title IEEE transactions on plasma science
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creator Li, Junna
Jia, Wei
Tang, Junping
Chen, Weiqing
Xue, Binjie
Qiu, Aici
description In a wide variety of high-power pulsed devices, the megavolt switch plays a key role in the system performance. A capacitance-resistance coupling structure was designed to produce UV light which triggered the switch to decrease the breakdown jitter. High-speed electrical measurements with a circuit integrating probe in the nanosecond range were employed to measure the voltage before the switch. From the experimental results, the breakdown characteristic of a 3-MV UV-illumination switch was obtained in the range of 1.6-2.5 MV: The jitter of the breakdown voltage is lower than 25 kV, and the jitter of the breakdown time is shorter than 5 ns.
doi_str_mv 10.1109/TPS.2012.2237418
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source IEEE Electronic Library (IEL) Journals
subjects Breakdown characteristics
Breakdown voltage
Capacitance
Educational institutions
Electric breakdown
Electric currents
Jitter
Measurement
Plasma physics
pulsed power technology
pulsed switch
Switches
Ultraviolet radiation
UV illumination
Voltage measurement
title A 3-MV Low-Jitter UV-Illumination Switch
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