A simple voltage regulator is shown in the figure below. The source voltage Vs varies from 8 to 12 V, and the load current i, varies from 50 to 150 mA. Assume that the Zener diode is ideal. Determine...


maximum power dissipation


A simple voltage regulator is shown in the figure below. The source voltage Vs varies from 8 to 12<br>V, and the load current i, varies from 50 to 150 mA. Assume that the Zener diode is ideal. Determine<br>the largest value allowed for the resistance Rs so that the load voltage v, remains constant with<br>variations in load current and source voltage. Determine the maximum power dissipation in Rs.<br>Rs<br>Vs<br>v A v.<br>5 V<br>VL<br>

Extracted text: A simple voltage regulator is shown in the figure below. The source voltage Vs varies from 8 to 12 V, and the load current i, varies from 50 to 150 mA. Assume that the Zener diode is ideal. Determine the largest value allowed for the resistance Rs so that the load voltage v, remains constant with variations in load current and source voltage. Determine the maximum power dissipation in Rs. Rs Vs v A v. 5 V VL

Jun 11, 2022
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