If the SCR will be replaced with a new one with a holding current of 3.92 mA. Compute the max value of VR1 (in Kohm) that can maintain the SCR in conduction.9VIH = 1 mAVR15kohmConsider the SCRvoltage drop @oncondition - 0.7VMax ValueSW1SCRIf the SCR will be replaced with a new one with a holding current of 3.92 mA. Compute the max value of VR1 (inKohm) that can maintain the SCR in conduction.{Do not include the unit, up to 2 decimal places}

If the SCR will be replaced with a new one with a holding current of 3.92 mA. Compute the max value of VR1 (in Kohm) that can maintain the SCR in conduction. H- 1 mA VRI Skohm Max Value Consider the sCR voltage drop @on condition - 0.7V SWI SCR IV If the SCR will be replaced with a new one with a holding current of 3.92 mA. Compute the max value of VR1 (in Kohm) that can maintain the SCR in conduction. (Do not include the unit, up to 2 decimal places)

If the SCR will be replaced with a new one with a holding current of 3.92 mA. Compute the max value of VR1 (in Kohm) that can maintain the SCR in conduction. H- 1 mA VRI Skohm Max Value Consider the sCR voltage drop @on condition - 0.7V SWI SCR IV If the SCR will be replaced with a new one with a holding current of 3.92 mA. Compute the max value of VR1 (in Kohm) that can maintain the SCR in conduction. (Do not include the unit, up to 2 decimal places)

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter30: Dc Motors

Section: Chapter Questions

Problem 6RQ: What is CEMF?

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