Keywords
switch
transistor
SOS-diode
high-voltage pulse transformer
pulse repetition frequency
capacitive storage
inductance
load resistance генератор
коммутатор
транзистор
SOS-диод
высоковольтный импульсный трансформатор
частота следования импульсов
емкостный накопитель
индуктивность
сопротивление нагрузки
How to Cite
Abstract
There were considered schemes of powerful high-voltage generators with semiconductor switches in the form of IGBTtransistors and SOS- diodes. It is proposed to use in the discharge circuit of the generator with SOS-diodes as a highvoltage well as low-voltage circuit of pulsed transformer to increase the efficiency and simplify the design. A scheme of the high-voltage pulse generator with a nanosecond front was proposed. The presence of linear pulse transformer in structure of the proposed generator with nanosecond front, high pulse repetition rate, an use in a discharge circuit high and low voltage circuits are its difference. References 6, figures 4.
References
Boyko N.I., Evdoshenko L.S., Zarochentsev A.I., Ivanov V.M., Koniaga S.F. The high-voltage complex with two high frequency generators that regulate modes of corona and barrier discharges when processing gaseous hydrocarbons // Tekhnіchna elektrodynamіka. – 2012. – № 2. – Pp. 105–106. (Rus)
Boyko N.I., Bortsov A.V., Evdoshenko L.S., Ivanov V.M. Generators of high-voltage pulses with high pulse repetition frequency of 50,000 pulses per second // Pribory i Tekhnika eksperimentov. – 2011. – № 4. – Pp. 92–101. (Rus)
Boyko N.I., Bortsov A.V., Evdoshenko L.S., Іvanov V.M., Ivankina A.I., Tur A.N. Pulsed corona discharge ionization with enlarged zone of ionization: physical fundamentals of obtaining and the perspective fields of application // Elektrotekhnіka і elektromekhanіka. – 2004. – №3. – Pp. 98 – 104. (Rus)
Boyko N.I., Bortsov A.V., Evdoshenko L.S., Zarochentsev O.І., Ivanov V.M. Using pulsed corona discharge with enlarged zone of ionization for the conversion of toxic gaseous waste // Elektrotekhnіka і elektromekhanіka. – 2007. – № 4. – Pp. 64–65. (Rus)
Vasilyev, P., Liubutin, S., Pedos M., Ponomarev A., Rukin S., Sabitov A., Slovikovskii B., Timoshenkov S., Tsyranov S., Cholakh S. A SOS-Generator for technological applications // Pribory i tekhnika eksperimentov. – 2011. – № 1. – Pp. 61–67. (Rus)
Mesyats G.A. Pulsed Power and Electronics. – Moskva: Nauka, 2004. – 704 p. (Rus)
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