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The Zener diode shown in the circuit has a current I₂ = 8 mA, at 8.8 V and resistance rz = 25 2. The 15 V power supply has 20% fluctuation. The Zener diode is rated at 500 mW maximum power. AV, is the fluctuation in the output voltage Vo. Determine the following when I₂ = 10 mA flows through the Zener diode as shown. Determine the (a) V. (at nominal supply voltage) (b) IRL (c) I +15V 3V 10 mA Vo R₁ 1KQ RL

The Zener diode shown in the circuit has a current I₂ = 8 mA, at 8.8 V and resistance rz = 25 2. The 15 V power supply has 20% fluctuation. The Zener diode is rated at 500 mW maximum power. AV, is the fluctuation in the output voltage Vo. Determine the following when I₂ = 10 mA flows through the Zener diode as shown. Determine the (a) V. (at nominal supply voltage) (b) IRL (c) I +15V 3V 10 mA Vo R₁ 1KQ RL

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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The Zener diode shown in the circuit has a current I₂ = 8 mA, at 8.8 V and resistance rz = 25 2. The 15 V power supply has 20% fluctuation. The Zener diode is rated at 500 mW maximum power. AV is the fluctuation in the output voltage Vo. Determine the following when Iz = 10 mA flows through the Zener diode as shown. Determine the (a) V. (at nominal supply voltage) (b) IRL (c) I (d) R (e) AV (f) Maximum Zener diode current Imax +15V± 3V 10 mA R 18 R₁ 1 ΚΩ Vo RL
Transcribed Image Text:The Zener diode shown in the circuit has a current I₂ = 8 mA, at 8.8 V and resistance rz = 25 2. The 15 V power supply has 20% fluctuation. The Zener diode is rated at 500 mW maximum power. AV is the fluctuation in the output voltage Vo. Determine the following when Iz = 10 mA flows through the Zener diode as shown. Determine the (a) V. (at nominal supply voltage) (b) IRL (c) I (d) R (e) AV (f) Maximum Zener diode current Imax +15V± 3V 10 mA R 18 R₁ 1 ΚΩ Vo RL
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