Example 19:The range of spread of gate-cathode characteristics for a certain thyristor can beVcclinearized to between 15V/A andG.OV/A. The manufacturer's datawwRgives the maximum gate. powerPam1:0Rdissipation às 5W. Sketch thecharacteristic up to Vec 15Vand I 1.5A. and insert the PG(max av) line. With the gate firing circuit as shown inFig. aside, a 1:l isolating transformer, Vp amplitude of 20V, and R1 = R2 202.%3Ddetermine the possible range of Vec and lo.ww

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Example 19: The range of spread of gate-cathode characteristics for a certain thyristor can be Vcc linearized to between 15V/A and 1OV/A. The manufacturer's data ww R, gives the maximum gate. power 1:0 Pam dissipation às 5W. Sketch the Re characteristic up to Vec 15V and I, 1.5A. and insert the Po(mas av) line. With the gate firing circuit as shown in Fig. aside, a 1:l isolating transformer, Vp amplitude of 20V, and Ri R2 202. determine the possible range of VGc and la. ww

Example 19: The range of spread of gate-cathode characteristics for a certain thyristor can be Vcc linearized to between 15V/A and 1OV/A. The manufacturer's data ww R, gives the maximum gate. power 1:0 Pam dissipation às 5W. Sketch the Re characteristic up to Vec 15V and I, 1.5A. and insert the Po(mas av) line. With the gate firing circuit as shown in Fig. aside, a 1:l isolating transformer, Vp amplitude of 20V, and Ri R2 202. determine the possible range of VGc and la. ww

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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