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6. Plot the relation between VL and Vin for the voltage regulator circuit in Fig.9, and comment on the resulting sketch. From this sketch, determines the minimum value of input voltage required to tum-on the zener diode.

6. Plot the relation between VL and Vin for the voltage regulator circuit in Fig.9, and comment on the resulting sketch. From this sketch, determines the minimum value of input voltage required to tum-on the zener diode.

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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6. Plot the relation between VL and Vin for the voltage regulator circuit in Fig.9, and comment on the resulting sketch. From this sketch, determines the minimum value of input voltage required to tum-on the zener diode. 7. Calculate the theoretical minimum value of Vin tequired to turn-on the zener diode in the voltage regulator circuit of Fig.9. Determine also the maximum permissible value of Vin knowing that the maximum DC power dissipation of the BZX5SC5V1 zener diode is 0.5W. R MA 330 0, 2W Vn I (ma 0- 15V R. 1k0, V. BZX5SCSV1 5.1V Zener Figure 9: Practical Circuit for Zeer Diode Voltage Regulator with Variable Input Voltage
Transcribed Image Text:6. Plot the relation between VL and Vin for the voltage regulator circuit in Fig.9, and comment on the resulting sketch. From this sketch, determines the minimum value of input voltage required to tum-on the zener diode. 7. Calculate the theoretical minimum value of Vin tequired to turn-on the zener diode in the voltage regulator circuit of Fig.9. Determine also the maximum permissible value of Vin knowing that the maximum DC power dissipation of the BZX5SC5V1 zener diode is 0.5W. R MA 330 0, 2W Vn I (ma 0- 15V R. 1k0, V. BZX5SCSV1 5.1V Zener Figure 9: Practical Circuit for Zeer Diode Voltage Regulator with Variable Input Voltage
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