9.8 An eight pole, 3-phase, 60° phase-spread, double layer winding has 72 coils in 72 slots. The coils are short-chorded by 2 slots. Calculate the winding factors for the fundamental and the third harmonic.
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- 13. The transformer in a large welder provides single-phase ac output at 30 V, 50 Hz. An SCR bridge is used to control the welder. A large inductor helps to maintain a welding arc. a. What phase delay angle should be used to set an initial voltage of 25 Vac? b. The phase angle drops back once the arc has formed. What phase delay angle is needed for 8 Vdc output?Answer from the choices belowDraw a block diagram of a power supply from transformer up to regulator with corresponding waveform.
- A single-phase semi-converter is operated form 120 V, 50 Hz AC supply at a firing angle of 30 degrees. The load is such that the load current is continuous and ripple-free. Displacement factor of the converter is: (a) 0.77 (c) 0.67 (b) 0.97 (d) 0.57I need the answer quicklyIf the output voltage across the transformer secondary coil is Vm AC volt. a- Give a circuit to covert the Vm AC volt. to double Vm DC volt. b- Determine the voltage across each capacitor during the positive half cycle of the AC signal. c- Determine the voltage across each capacitor during the negative half cycle of the AC signal.
- A voltage multiplier has 12 stages Capacitances, all equal to 0.08 μF. Thesupply transformer secondary voltage is 150 kV at a frequency of 100 Hz. Load current 0,006A.What is the percentage ripple, the regulation and the optimum number of stages for minimumregulation or voltage drop.A three-phase uncontrolled bridge rectifier delivers power to a resistive load of 10.The output voltage of the rectifier is 400 V DC. The rating of source side of three phasedelta – star transformer isA three-phase uncontrolled bridge rectifier delivers power to a resistive load of 10N. The output voltage of the rectifier is 400 V DC. The rating of source side of three phase delta – star transformer is, (a) 14.875 kVA (b) 16.765 kVA (c) 15.475 kVA (d) 16.025 kVA