Zener diode:(14)(15)+15V DC{ 200 ΩZeroVoutUsing DC analysts and neglecting ro, what is the voltageZeroAt the chosen operating point,the linearized Zener diode model is:{ 1kΩ4.757 VGAV4.757 VV-DAVk, 2 mA/V²kh☐5.07 V+Using the given linearized Zener model, what is Iz in the regulator circuit?□ Zero☐ 1.05 mA□ 12.5 mA44.59 MAVzUsing the linearized Zener model, what is Vout in the regulator circuit?□5.07 V5.24 V□5.24 VO{ r₁=79ZZVVzo=4.757 V67.9 mA☐ 12.5 V(16) Using the linearized Zener model, if the power supply in the regulator circuit increases from+15V to +20V, what does Vout become?□ 12.5 V$7.1 µA☐ 15 V143 A☐ 20 V

Answered: Image /qna-images/answer/dc860d12-1133-4eed-8f7e-38b274cde435.jpg

Zener diode: (14) (15) +15V DC { 200 Ω Vout Zero At the chosen operating point, the linearized Zener diode model is: Using DC analysis and neglecting r. what is the voltage { 1kΩ ☐ 1.05 mA 04.757 V 26 V 4.757 V □ 12.5 mA V-DAY k, 2 mA/V² kh Using the given linearized Zener model, what is Iz in the regulator circuit? □ Zero 44.59 MA ☐5.07 V + Vz □5.24 V O Using the linearized Zener model, what is Vout in the regulator circuit? Zero 5.07 V 5.24 V { r₁=79 Z DZV Vzo = 4.757 V ZO 67.9 mA ☐ 12.5 V (16) Using the linearized Zener model, if the power supply in the regulator circuit increases from +15V to +20V, what does Vout become? □ 12.5 V 57.1 µA 15 V ☐ 20 V

Zener diode: (14) (15) +15V DC { 200 Ω Vout Zero At the chosen operating point, the linearized Zener diode model is: Using DC analysis and neglecting r. what is the voltage { 1kΩ ☐ 1.05 mA 04.757 V 26 V 4.757 V □ 12.5 mA V-DAY k, 2 mA/V² kh Using the given linearized Zener model, what is Iz in the regulator circuit? □ Zero 44.59 MA ☐5.07 V + Vz □5.24 V O Using the linearized Zener model, what is Vout in the regulator circuit? Zero 5.07 V 5.24 V { r₁=79 Z DZV Vzo = 4.757 V ZO 67.9 mA ☐ 12.5 V (16) Using the linearized Zener model, if the power supply in the regulator circuit increases from +15V to +20V, what does Vout become? □ 12.5 V 57.1 µA 15 V ☐ 20 V

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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