(Volt) V(t)K (Volt)...M (Volt).-.... K (Volt)(Amper)i(t)C(Amper)(saniye)01801С (Аmper)In the figure given above, the variation of the(saniye)150voltage between the terminals of a thyristor(period) is given. Calculate the powerdissipated by this thyristor during T time, inWatts , using the values given below :T= 20 ms52189b18М 3 3 Voltsb180100558 - 9952189115b18C = 20 Ampsb180100558 - 9952189115091150b18180100558 9521891150BA95.699115u68.92b180100558 - 99521891150NS206.56180100558 99521тоb18138.93183.21b180100558 - 9952189115ub18801005581801005580k

From given graph we will find expression for voltage and current through the thyristor. power…

(Volt) v(t) K(Volt).-.- M(Volt). .. K (Volt) (Amper) i„(t) C(Amper) (eaniye) 1801 CLAmper) (saniye) In the figure given above, the variation of the voltage between the terminals of a thyristor (period) is given. Calculate the power dissipated by this thyristor during T time, in Watts , using T= 20 ms b18 Volts M = 3 Volts b180100558 - 9952189115u b18 C = 20 Amps b180100558 - 9952189115u 91150 b18 A 9115 95.69 180100558 952189115 68.92 b180100558 - 9952189115 NS 150 b18 138.93 то 183.21 b180100558 - 9952189115u b18 1150

(Volt) v(t) K(Volt).-.- M(Volt). .. K (Volt) (Amper) i„(t) C(Amper) (eaniye) 1801 CLAmper) (saniye) In the figure given above, the variation of the voltage between the terminals of a thyristor (period) is given. Calculate the power dissipated by this thyristor during T time, in Watts , using T= 20 ms b18 Volts M = 3 Volts b180100558 - 9952189115u b18 C = 20 Amps b180100558 - 9952189115u 91150 b18 A 9115 95.69 180100558 952189115 68.92 b180100558 - 9952189115 NS 150 b18 138.93 то 183.21 b180100558 - 9952189115u b18 1150

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter2: Fundamentals

Section: Chapter Questions

Problem 2.1MCQ: The rms value of v(t)=Vmaxcos(t+) is given by a. Vmax b. Vmax/2 c. 2Vmax d. 2Vmax

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