7. A 3.3V 1N4728A Zener has a reverse breakdown voltage, -V₂ = -3.3 V, and a Zener 'knee' current, -Izx = -1 mA. In contrast, the 1N5226 Zener has the same reverse breakdown voltage, - Vz= -3.3 V, but a Zener 'knee' current, -Izx = -20 mA. a. In the circuit below, find the maximum resistance, R, that enables the 1N4728A Zener to regulate the voltage at 3.3 V. b. To see the effect of different Zener diodes, if a 1N5226 is used instead in the circuit below, find the maximum resistance, R, that enables the 1N5226 Zener to regulate the voltage at 3.3 V. 5V 1N4728A R Vout

7. A 3.3V 1N4728A Zener has a reverse breakdown voltage, -V₂ = -3.3 V, and a Zener 'knee' current, -Izx = -1 mA. In contrast, the 1N5226 Zener has the same reverse breakdown voltage, - Vz= -3.3 V, but a Zener 'knee' current, -Izx = -20 mA. a. In the circuit below, find the maximum resistance, R, that enables the 1N4728A Zener to regulate the voltage at 3.3 V. b. To see the effect of different Zener diodes, if a 1N5226 is used instead in the circuit below, find the maximum resistance, R, that enables the 1N5226 Zener to regulate the voltage at 3.3 V. 5V 1N4728A R Vout

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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7. A 3.3V 1N4728A Zener has a reverse breakdown voltage, -Vz= -3.3 V, and a Zener 'knee'
current, -lzx = -1 mA. In contrast, the 1N5226 Zener has the same reverse breakdown voltage, -
Vz= -3.3 V, but a Zener 'knee' current, -Izx = -20 mA.
a. In the circuit below, find the maximum resistance, R, that enables the 1N4728A Zener to
regulate the voltage at 3.3 V.
b.
To see the effect of different Zener diodes, if a 1N5226 is used instead in the circuit
below, find the maximum resistance, R, that enables the 1N5226 Zener to regulate the
voltage at 3.3 V.
5V
1N4728A
R
Vout

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