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(a) Figure 3.1 shows a voltage regulator supplying a load which has a value of 10 2. The circuit uses a 6.1 V Zener diode and a bipolar transistor that has a Bpc = 75. If the input voltage Vis 12 V, calculate (i) the output voltage Vo (ii) the Load current (iii) the base current (iv) the value of R to give a Zener current of 10 mA R V₁ 11-0 Vz Figure 3.1 Load

(a) Figure 3.1 shows a voltage regulator supplying a load which has a value of 10 2. The circuit uses a 6.1 V Zener diode and a bipolar transistor that has a Bpc = 75. If the input voltage Vis 12 V, calculate (i) the output voltage Vo (ii) the Load current (iii) the base current (iv) the value of R to give a Zener current of 10 mA R V₁ 11-0 Vz Figure 3.1 Load

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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Question 3 (a) Figure 3.1 shows a voltage regulator supplying a load which has a value of 10 2. The circuit uses a 6.1 V Zener diode and a bipolar transistor that has a Bpc = 75. If the input voltage Vi is 12 V, calculate (i) the output voltage Vo (ii) the Load current (iii) the base current (iv) the value of R to give a Zener current of 10 mA R V₁ 1-0₁ V₂ Load Vz Figure 3.1
Transcribed Image Text:Question 3 (a) Figure 3.1 shows a voltage regulator supplying a load which has a value of 10 2. The circuit uses a 6.1 V Zener diode and a bipolar transistor that has a Bpc = 75. If the input voltage Vi is 12 V, calculate (i) the output voltage Vo (ii) the Load current (iii) the base current (iv) the value of R to give a Zener current of 10 mA R V₁ 1-0₁ V₂ Load Vz Figure 3.1
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