CONSIDERING THE RECTIFIER WITH CAPACITIVE FILTER BELOW AND V1 = 120V, 60 HZ WITH RELATION TRANSFORMER OF 6:1 AND RL = 1K OHMS AND ALSO CONSIDER THAT THE DIODE HAS A DROP VOLTAGE OF 0.7 V AND A RIPPLE VOLTAGE OF 10% OF THE OUTPUT PEAK VOLTAGE, CALCULATE: A) THE AVERAGE VOLTAGE AT THE OUTPUT: B) THE CONDUCTION INTERVAL OF THE DIODES; B) THE AVERAGE CURRENT AT THE DIODE; C) THE PEAK CURRENT AT THE DIODE.

CONSIDERING THE RECTIFIER WITH CAPACITIVE FILTER BELOW AND V1 = 120V, 60 HZ WITH RELATION TRANSFORMER OF 6:1 AND RL = 1K OHMS AND ALSO CONSIDER THAT THE DIODE HAS A DROP VOLTAGE OF 0.7 V AND A RIPPLE VOLTAGE OF 10% OF THE OUTPUT PEAK VOLTAGE, CALCULATE: A) THE AVERAGE VOLTAGE AT THE OUTPUT: B) THE CONDUCTION INTERVAL OF THE DIODES; B) THE AVERAGE CURRENT AT THE DIODE; C) THE PEAK CURRENT AT THE DIODE.

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter59: Motor Startup And Troubleshooting Basics

Section: Chapter Questions

Problem 12SQ: How is a solid-state diode tested? Explain.

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