In an ideal step down (type-A) chopper the supply voltage is 250 V, chopping frequency = 300 Hz, duty cycle = 0.5, load resistance is 5 22 and load inductance is 5 mH. If the load has a back emf of 100 V, find the average output current of the chopper. Also find the maximum and minimum values of steady-state output current and the average value of source current. I
In an ideal step down (type-A) chopper the supply voltage is 250 V, chopping frequency = 300 Hz, duty cycle = 0.5, load resistance is 5 22 and load inductance is 5 mH. If the load has a back emf of 100 V, find the average output current of the chopper. Also find the maximum and minimum values of steady-state output current and the average value of source current. I
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![In an ideal step down (type-A) chopper the supply voltage is 250 V, chopping frequency = 300
Hz, duty cycle = 0.5, load resistance is 5 22 and load inductance is 5 mH. If the load has a back
emf of 100 V, find the average output current of the chopper. Also find the maximum and
minimum values of steady-state output current and the average value of source current.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F250e7463-3918-47b4-bd09-64ab9647c7e7%2F113b65d5-5edf-4759-927d-463b8f818b2a%2Ff1x96ss_processed.jpeg&w=3840&q=75)
Transcribed Image Text:In an ideal step down (type-A) chopper the supply voltage is 250 V, chopping frequency = 300
Hz, duty cycle = 0.5, load resistance is 5 22 and load inductance is 5 mH. If the load has a back
emf of 100 V, find the average output current of the chopper. Also find the maximum and
minimum values of steady-state output current and the average value of source current.
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