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The beta B of a bipolar transistor shown below varies from 12 to 75. The load resistance is Rc=1.20. The DC supply is Vcc=40V and the input voltage to the base circuit is Vg=6V. If VCE(sat)=1.2V, VBE(sat)=1.6V and RB=0.70, then the overdrive factor ODF would be: Rc Vcc RB IB VCE V BE B.

The beta B of a bipolar transistor shown below varies from 12 to 75. The load resistance is Rc=1.20. The DC supply is Vcc=40V and the input voltage to the base circuit is Vg=6V. If VCE(sat)=1.2V, VBE(sat)=1.6V and RB=0.70, then the overdrive factor ODF would be: Rc Vcc RB IB VCE V BE B.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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The beta B of a bipolar transistor shown below varies from 12 to 75. The load resistance is Rc=1.20. The DC supply is Vcc=40V and the input voltage to the base circuit is VB=6V. If VCE(sat)=1.2V, VBE(sat)=1.6V and Rg=0.70, then the overdrive factor ODF would be: Rc Ic Vc" RB IB + VCE VB VBE Select one: а. 2.33 b. 1.33 С. 1.67 d. 0.9
Transcribed Image Text:The beta B of a bipolar transistor shown below varies from 12 to 75. The load resistance is Rc=1.20. The DC supply is Vcc=40V and the input voltage to the base circuit is VB=6V. If VCE(sat)=1.2V, VBE(sat)=1.6V and Rg=0.70, then the overdrive factor ODF would be: Rc Ic Vc" RB IB + VCE VB VBE Select one: а. 2.33 b. 1.33 С. 1.67 d. 0.9
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