HYBRID FIRING SCHEME FOR THYRISTORS.

被引：0

作者：

Gupta, S.C.

Venkatesan, K.

Eapen, K.

Mittle, V.N.

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| 1600年 / IECI-25期

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714 Electronic Components and Tubes;

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[21] POSSIBILITY OF INCREASING THE PULSED AND AVERAGE CURRENTS IN MODULATOR THYRISTORS.
Vitman, R.F.
Kardo-Sysoyev, A.F.
Reshetin, V.P.
Chashnikov, I.G.
Shuman, V.B.
1600, (20):
[22] LIGHT-ACTIVATED, HIGH-VOLTAGE THYRISTORS.
Jaecklin, Andre A.
Organic Geochemistry, 1980, : 360 - 363
[23] Measurements of Switching Times of Gate Turn-Off Thyristors.
Voiculescu, E.
Metrologia aplicata, 1986, 33 (02): : 65 - 67
[24] UNDERSTANDING DI/DT RATINGS AND LIFE EXPECTANCY FOR THYRISTORS.
Somos, I.L.
Eriksson, L.O.
Tobin, W.H.
Powerconversion and Intelligent Motion, 1986, 12 (02): : 56 - 59
[25] STATIC REACTIVE POWER COMPENSATOR USING PHASE CONTROLLED THYRISTORS.
Patra, S.P.
Basu, S.K.
Chakrabarti, R.
Journal of the Institution of Engineers (India): Electrical Engineering Division, 1979, 59 (pt EL 5): : 247 - 251
[26] ON MAGNETIC FIRING CIRCUIT FOR THYRISTORS
HARADA, K
IEEE TRANSACTIONS ON MAGNETICS, 1969, MAG5 (03) : 353 - &
[27] GENERATION OF HIGH-POWER CURRENT PULSES BY MEANS OF THYRISTORS.
Voronin, A.V.
Kuznetsov, V.M.
Instruments and experimental techniques New York, 1982, 25 (5 pt 1): : 1139 - 1140
[28] Perspectives for optical data processing and communication systems using optical thyristors.
Thienpont, H
17TH CONGRESS OF THE INTERNATIONAL COMMISSION FOR OPTICS: OPTICS FOR SCIENCE AND NEW TECHNOLOGY, PTS 1 AND 2, 1996, 2778 : 426 - 426
[29] SWITCHING CHARACTERISTICS OF HIGH POWER GATE TURN-OFF THYRISTORS.
Fasce, F.
Zambelli, M.
1985, 1 : 67 - 1
[30] USING LOW-FREQUENCY NOISE VALUES TO PREDICT THE RELIABILITY OF THYRISTORS.
Matveev, V.V.
Lytaev, R.A.
Soviet electrical engineering, 1982, 53 (11): : 96 - 99

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