4. Calculate the average output value of a fully controlled 24-pulse thyristor converter feeding from a Y-connected 3-phase source. Phase voltage: 240Vrms, f=50Hz, firing angle 45 degrees.
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- Which of the information given about the governer (speed regulator) element in the power plant is correct, A) The task is to keep the active power value constant. B) The task is to keep the voltage amplitude constant. C) Its task is to try to keep the excitation current constant. D) Its task is to try to keep the reactive power value constant. E) Its task is to try to keep the frequency value constant.a) Demonstrate input and output waveform of single phase Cyclo-converter such that output frequency is 1/3 of input supply frequency with circuit diagram. b) Perform the calculation to analyze (i) output RMS voltage and (ii) input power factor of single-phase AC voltage controller as shown in the following figure. Suppose converter has a resistive load of R=‘A’ Ohm and the input voltage is Vs=220, 50Hz with a delay angle of π/3. A= 4A single phase full converter feeds power to RLE load with R=10 ohm, L=10 mH and E=50 V, the ac source voltage is 230 V, 50 Hz. For continuous conduction, what is the average value of load current for firing angle delay of 600 ?
- A single-phase full converter supplies an inductive load. Supply voltage is 230 V/50 Hz and the firing angle is 60°. Assuming that the output current is continuous and ripple free and equal to 5 Amp. Determine: (i) Average output voltage, (ii) Supply rms current, (iii)Fundamental power factor, (iv) Distortion factor, (v) Input power factor, (vi) Harmonic factor, (vii) Active and reactive power, (viii) Average and rms values of thyristor currentThe TRIAC based AC voltage controller operates in phase control mode. The regulator is used to control heat of a welding coil. The supply voltage is 230V, 50Hz and heating element has a resistance of 20Ω. If the TRIAC is fired at an angle of 500 , compute the rms value of the output voltage, rms value of the output current and power delivered to the load.Briefly explain the rectification circuit shown in Figure 12.9.
- A 3-phase half wave controlled AC to DC converter is supplied from a 250V, supply. Assume the thyristor voltage drop to be 1.6V and the load current to be continuous. Evaluate the mean output voltage when firing angle is varied at 45(degree) , 60(degree) and 90(degree)A 500 kW, 600-V DC, 12-phase rotary converter operates as a direct converter at a full efficiency of 0.92 and a power factor pf 0.93. Calculate the; a) AC voltage between rings, b) AC current drawn from a 12-phase transformer fed supplyDraw and explain in own words the circuit diagram for improved seriest voltage regulator
- A shunt reactor of 100 MVAR is operated at 98% of its rated voltage and 96% of its rated frequency. The reactive power absorbed by the reactor is ?For a boost converter operating in continuous conduction mode, when the dc input voltage is 10 volts, the load resistance is 1000 ohms, and the duty cycle is 0.5, the average inductor current is approximately equal to ___" 10 miliampere 20 miliampere 40 miliampere 35 miliampereCalculate the zener current for the no-load regulator.