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QUESTION 2 With the aid of lo-VD graph, briefly describe the behavior of silicon diode and ideal diode in ON state condition. a) b) Figure Q2b represents a voltage regulator circuit. Determine R and V₂ value to maintain V₁ at 10V for a load variation, I, from OmA to 200mA. Then calculate Pzmax for the zener diode. 20V IR R www Vz7 RL

QUESTION 2 With the aid of lo-VD graph, briefly describe the behavior of silicon diode and ideal diode in ON state condition. a) b) Figure Q2b represents a voltage regulator circuit. Determine R and V₂ value to maintain V₁ at 10V for a load variation, I, from OmA to 200mA. Then calculate Pzmax for the zener diode. 20V IR R www Vz7 RL

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QUESTION 2 With the aid of lo-VD graph, briefly describe the behavior of silicon diode and ideal diode in ON state condition. a) b) Figure Q2b represents a voltage regulator circuit. Determine R and V₂ value to maintain V₁ at 10V for a load variation, I, from OmA to 200mA. Then calculate Pzmax for the zener diode. 20V IR R 20 ww Iz Vz Figure Q2b RL
Transcribed Image Text:QUESTION 2 With the aid of lo-VD graph, briefly describe the behavior of silicon diode and ideal diode in ON state condition. a) b) Figure Q2b represents a voltage regulator circuit. Determine R and V₂ value to maintain V₁ at 10V for a load variation, I, from OmA to 200mA. Then calculate Pzmax for the zener diode. 20V IR R 20 ww Iz Vz Figure Q2b RL
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