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High power asymmetrical thyristors
1985 IEEE Power Electronics Specialists Conference, 1985The power loss of fast speed thyristors is relatively high, especially for higher blocking voltage devices. High power asymmetrical thyristors will reduce the power loss up to 40%. In this paper we will discuss the newly developed high power asymmetrical thyristors and their trade-off.
C. K. Chu, Paul B. Spisak, D. A. Walczak
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Thyristorized Temperature Controller
IETE Journal of Research, 1971A new temperature controller has been developed using locally made thyristors. This achieves control action in static manner. It is ideal for high duty cycle applications, has high reliability, needs no maintenance and is free from temperature cycling influence.
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Thyristor Controlled Rectifiers
1995At this point a selection of equipment will be described; they all employ the principle of phase-angle control.
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2011
The basic structure and operation of the thyristor are discussed briefly in Chap. 2 and in more detail in the textbook [1]. The thyristor contains two coupled bipolar transistors that provide an internal positive feedback mechanism that allows the device to sustain itself in the on-state. Analytical models were provided in Chap. 2 for all the operating
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The basic structure and operation of the thyristor are discussed briefly in Chap. 2 and in more detail in the textbook [1]. The thyristor contains two coupled bipolar transistors that provide an internal positive feedback mechanism that allows the device to sustain itself in the on-state. Analytical models were provided in Chap. 2 for all the operating
openaire +1 more source