(b)For the Zener diode configuration given in Figure Q2(b),i determine the minimum value of R, and I, that will result in VRI, being maintainedat 8 V.ii. calculate the maximum value of R1 based on the given maximum zener current,IzM, so that the zener can operate in safe range.5 kQIzV = 8 VIzM =1 mAVi= 20 VRLFigure Q2(b)

Given : VZ = 8V Izmax = 1 mA. RL is variable Vi = 20 V We need to calculate the value…

(6) For the Zener diode configuration given in Figure Q2(6), i determine the minimum value of R and It that will result in Vg being maintained at 8 V. i. calculate the maximum value of Rz based on the given maximum zener current, IzM, so that the zener can operate in safe range. 5 kQ V;=20 V V,= 8 V Izı=1 mA Figure Q2(b)

(6) For the Zener diode configuration given in Figure Q2(6), i determine the minimum value of R and It that will result in Vg being maintained at 8 V. i. calculate the maximum value of Rz based on the given maximum zener current, IzM, so that the zener can operate in safe range. 5 kQ V;=20 V V,= 8 V Izı=1 mA Figure Q2(b)

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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