Physics, asked by Anonymous, 5 hours ago

A boost converter provides 500 V across the load with an input voltage of 200 V DC source. If the blocking time of the thyristor is 75 micros seconds, calculate the conduction time in each cycle.

Answers

Answered by natchathira2007

Explanation:

The output voltage of the boost converter is Vo = Vin ÷ (1-D). The value of the duty cycle is less than one which makes the Vo > Vin. The boost converter is used to step up the voltage.

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A boost converter provides 500 V across the load with an input voltage of 200 V DC source. If the blocking time of the thyristor is 75 micros seconds, calculate the conduction time in each cycle.​

Answers

A boost converter provides 500 V across the load with an input voltage of 200 V DC source. If the blocking time of the thyristor is 75 micros seconds, calculate the conduction time in each cycle.