Question

A de battery is charged from a constant de source of 200 V through a chopper. The debattery is charged from its internal emf of 90 V to 122 V . The battery has internal resistance of 10 . For a constant charging current of 10 A , compute the range of duty cycle.

Name: a de battery is charged from a constant de source of 200 v through a chopper the debattery is charged from its internal emf of 90 v to 122 v the battery has internal resistance of 10 for a c 58946
Uploaded: 2023-07-12T08:12:45-08:00
Duration: 1 min 5 s
Channel: Madhur L
Description: a de battery is charged from a constant de source of 200 v through a chopper the debattery is charged from its internal emf of 90 v to 122 v the battery has internal resistance of 10 for a c 58946

          A de battery is charged from a constant de source of 200 V through a chopper. The debattery is charged from its internal emf of 90 V to 122 V . The battery has internal resistance of 10 . For a constant charging current of 10 A , compute the range of duty cycle.

a de battery is charged from a constant de source of 200 v through a chopper the debattery is charged from its internal emf of 90 v to 122 v the battery has internal resistance of 10 for a c 58946

Added by Linda T.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Madhur L

07/12/2023

Step 1

The dc battery is charged from its internal emf of 90V to 122V. The battery has internal resistance of 1$\Omega$. For a constant charging current of 10A, compute the range of duty cycle. Show more…

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A de battery is charged from a constant de source of 200 V through a chopper. The debattery is charged from its internal emf of 90 V to 122 V . The battery has internal resistance of 10 . For a constant charging current of 10 A , compute the range of duty cycle.