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A. Determine the VCE transfer as a function of Vi of the circuit in figure 1, (eliminating the zener diode), indicating the different areas of the transistor  (Active zone VBE = 0.7v, VCEsaturation = 0.2v, VBSaturation = 0.8v; saturation zone:   The transistor has a B = 110 and the reverse saturation current negligible. B. As in section a) with the zener diode, assuming that this is ideal, whose zener voltage is equal to 3.5Volts.   R3=8K, R4=9K

A. Determine the VCE transfer as a function of Vi of the circuit in figure 1, (eliminating the zener diode), indicating the different areas of the transistor  (Active zone VBE = 0.7v, VCEsaturation = 0.2v, VBSaturation = 0.8v; saturation zone:   The transistor has a B = 110 and the reverse saturation current negligible. B. As in section a) with the zener diode, assuming that this is ideal, whose zener voltage is equal to 3.5Volts.   R3=8K, R4=9K

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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A. Determine the VCE transfer as a function of Vi of the circuit in figure 1, (eliminating the zener diode), indicating the different areas of the transistor  (Active zone VBE = 0.7v, VCEsaturation = 0.2v, VBSaturation = 0.8v; saturation zone:

 

The transistor has a B = 110 and the reverse saturation current negligible. B. As in section a) with the zener diode, assuming that this is ideal, whose zener voltage is equal to 3.5Volts.

 

R3=8K, R4=9K

R3 Q1 R1 360k D1 R4 V2 R5 10V V1 40k V3 10V
Transcribed Image Text:R3 Q1 R1 360k D1 R4 V2 R5 10V V1 40k V3 10V
Vcc-VCEsat IB * B 2 ICsat; ICsat RC
Transcribed Image Text:Vcc-VCEsat IB * B 2 ICsat; ICsat RC
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