Thyristorised Power ControllersA comprehensive treatment of the principles of power electronics, this text is unusually thorough in that it covers the high-power circuits associated with thyristorised power controllers and the low-power electronic control circuitry vital to the operation of a practical system. A special feature of the book is its detailed presentation of gating and control circuits associated with each type of converter. An outstanding text and reference for the study and design of power electronic apparatus such as thyristor converters, cycloconverters, inverters, and choppers. |
Contents
IntroductionG K Dubey S R Doradla and A Joshi | 1 |
Appendix A1 Catalogue of Popular TTL and MOS | 11 |
Line Commuted AC to DC ConvertersS R Doradla | 88 |
Copyright | |
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A/D converter ac regulator binary bridge inverter C₁ capacitor capacitor voltage chopper circuit of Fig commutation circuit compensation configuration connected counter current source inverter current waveforms cycloconverter D₁ device diode equation equivalent circuit Figure filter firing angle flip-flop fully controlled converter function fundamental component gate pulse given half controlled half cycle harmonic content inductance inductor input current interval load current load voltage logic logic families loop maximum microprocessor mode motor negative obtained op amp opto-isolator output current output voltage positive power factor pulse width pulse width modulation R₁ reactive power reactor region ripple series inverter shown in Fig shows signal single phase single-phase sinusoidal source current supply voltage switches T₂ terminal three-phase thyristor conducts thyristor T₁ transistor triac triggering truth table turn V₁ variables voltage and current voltage waveform wave waveforms zero