3. Determine the value of R for the circuit of Fig. 153 that will result in a diode current of 10 mA if E = 7 V. Use the characteristics of Fig. 152b for the diode. ID Si + E 6 V R20.2 kN vR FIG. 153 Problem No. 3 3 Series Diode Configurations 5. Determine the current I for each of the configurations of Fig. 155 using the approximate equiv- alent model for the diode. 20 V 10 Ω Si Si Si 12 V 10Ω 를 10v 10Ω 20 2 Si (а) (b) (c) FIC 1EE

3. Determine the value of R for the circuit of Fig. 153 that will result in a diode current of 10 mA if E = 7 V. Use the characteristics of Fig. 152b for the diode. ID Si + E 6 V R20.2 kN vR FIG. 153 Problem No. 3 3 Series Diode Configurations 5. Determine the current I for each of the configurations of Fig. 155 using the approximate equiv- alent model for the diode. 20 V 10 Ω Si Si Si 12 V 10Ω 를 10v 10Ω 20 2 Si (а) (b) (c) FIC 1EE

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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