A_SINGLE-PHASE_SEMI-CONVERTER_CIRCUIT_IS_SUPPLYING_POWER_TO_A_MOTOR_LO – McqOptions

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1.	A_SINGLE-PHASE_SEMI-CONVERTER_CIRCUIT_IS_SUPPLYING_POWER_TO_A_MOTOR_LOAD._THE_AVERAGE_VALUE_OF_LOAD_VOLTAGE_IS_176.72_V_AND_THE_RMS_VALUE_IS_219.3_V._FIND_THE_VRF_(VOLTAGE_RIPPLE_FACTOR).?$
A.	0
B.	0.735
C.	0.569
D.	2.48
Answer» C. 0.569

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A_SINGLE-PHASE_SEMI-CONVERTER_CIRCUIT_IS_SUPPLYING_POWER_TO_A_MOTOR_LOAD._THE_AVERAGE_VALUE_OF_LOAD_VOLTAGE_IS_176.72_V_AND_THE_RMS_VALUE_IS_219.3_V._FIND_THE_VRF_(VOLTAGE_RIPPLE_FACTOR).?$
For_the_same_triggering_angle_and_ratings$
A single-phase semi-converter is connected to a 230 V source and is feeding a load R = 10 ‚Äö√Ñ√∂‚àö√´¬¨‚àÇ in series with a large inductance that makes the load current ripple free. For ‚âà√≠¬¨¬± = 45¬¨¬®‚Äö√†√ª, find the rectification efficiency. The RMS value of output voltage is 219.3 ?#
A single-phase semi-converter is connected to a 230 V source and is feeding a load R = 10 ‚Äö√Ñ√∂‚àö√´¬¨‚àÇ in series with a large inductance that makes the load current ripple free. Find the average output current for ‚âà√≠¬¨¬± = 45¬¨¬®‚Äö√†√ª.$
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