A two winding transformer is feeding a single phase half wave rectifier circuit. The load is purely resistive. The rms value of transformer secondary current is Is and rms value of load current in Irms. Then-A-Is = Irms irrespective of the value of firing angleB-Is = 0.5 Irms irrespective of the value of firing angleC-Is = Irms if firing angle is less than 30°D-Is = Irms if firing angle is more than 30°-A-Is = Irms irrespective of the value of firing angle

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A two winding transformer is feeding a single phase half wave rectifier circuit. The load is purely resistive. The rms value of transformer secondary current is Is and rms value of load current in Irms. Then-A-Is = Irms irrespective of the value of firing angleB-Is = 0.5 Irms irrespective of the value of firing angleC-Is = Irms if firing angle is less than 30&deg;D-Is = Irms if firing angle is more than 30&deg;-A-Is = Irms irrespective of the value of firing angle

APTITUDE CRACK · Accepted Answer

A Is = Irms irrespective of the value of firing angle  .

Power Electronics - Engineering

A two winding transformer is feeding a single phase half wave rectifier circuit. The load is purely resistive. The rms value of transformer secondary current is I_s and rms value of load current in I_rms. Then

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Power Electronics - Engineering

A two winding transformer is feeding a single phase half wave rectifier circuit. The load is purely resistive. The rms value of transformer secondary current is Is and rms value of load current in Irms. Then

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For help Students Orientation Mcqs Questions

A two winding transformer is feeding a single phase half wave rectifier circuit. The load is purely resistive. The rms value of transformer secondary current is I_s and rms value of load current in I_rms. Then

For help Students Orientation
Mcqs Questions