02: For the circuit in the figure below, assuming Vin-30V: 1. Determine the output voltage Vourat Izx and at Izv. 2. Calculate the value of R that should be used. 3. Determine the minimum value of R. that can be used. 4. Determine the maximum value of R. that can be used if the value of R-30 2. 5. Calculate the load regulation expressed as a percentage. Given that (from zerner datasheet) Vz-12 V @ IZT-22 mA, Izx 2 mA, Zz-15 2, PD (MAX)=1.2mW.
02: For the circuit in the figure below, assuming Vin-30V: 1. Determine the output voltage Vourat Izx and at Izv. 2. Calculate the value of R that should be used. 3. Determine the minimum value of R. that can be used. 4. Determine the maximum value of R. that can be used if the value of R-30 2. 5. Calculate the load regulation expressed as a percentage. Given that (from zerner datasheet) Vz-12 V @ IZT-22 mA, Izx 2 mA, Zz-15 2, PD (MAX)=1.2mW.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Transcribed Image Text:02:
For the circuit in the figure below, assuming Vin-30V:
1. Determine the output voltage Vourat Izx and at IzM.
2. Calculate the value of R that should be used.
3. Determine the minimum value of R. that can be used.
4. Determine the maximum value of R., that can be used if the value of R-30 2.
5. Calculate the load regulation expressed as a percentage.
Given that (from zerner datasheet)
Vz 12 V @ IZT-22 mA, Izx 2 mA, Zz-15 2, PD (MAX)=1.2mW.
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R₂
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