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For diode circuit in Figure Q3 (a), calculate the: i) voltage, Vol and Vo2 ii) branch currents I1, Iz and Ip.

For diode circuit in Figure Q3 (a), calculate the: i) voltage, Vol and Vo2 ii) branch currents I1, Iz and Ip.

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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Assume cut in voltage according to you if there is needed means 0.7 v.

a) For diode circuit in Figure Q3 (a), calculate the: i) voltage, Voi and Vo2 ii) branch currents I1, Iz and Ip. Vol 2kN 0.3ka 15V GaAs Si Figure Q3 (a) b) Table 3.1 shows a Zener diode specification that is used in a voltage regulator circuit. Based on what you have learned about a Zener diode, sketch the I-V characteristic curve at the Zener region and label the given specification of the Zener diode. Then, briefly explain the substantial difference of a Zener diode behavior compared to a normal (rectifying) diode? Table 3.1 Specification Value Breakdown voltage, Vz 30V Zener reverse voltage, VR 8V Zener test current, IzT 5mA Zener maximum current, IzM 100mA
Transcribed Image Text:a) For diode circuit in Figure Q3 (a), calculate the: i) voltage, Voi and Vo2 ii) branch currents I1, Iz and Ip. Vol 2kN 0.3ka 15V GaAs Si Figure Q3 (a) b) Table 3.1 shows a Zener diode specification that is used in a voltage regulator circuit. Based on what you have learned about a Zener diode, sketch the I-V characteristic curve at the Zener region and label the given specification of the Zener diode. Then, briefly explain the substantial difference of a Zener diode behavior compared to a normal (rectifying) diode? Table 3.1 Specification Value Breakdown voltage, Vz 30V Zener reverse voltage, VR 8V Zener test current, IzT 5mA Zener maximum current, IzM 100mA
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