1. Determine the operating point of the diode in figure 14 below and compute the power output of the 12 V battery. The I-V graph of the 1N914 diode is given in figure 15. Hint: Find the Thevenin...


1. Determine the operating point of the diode in figure 14 below and compute the power<br>output of the 12 V battery. The I-V graph of the 1N914 diode is given in figure 15.<br>Hint: Find the Thevenin equivalent seen by the diode and use a load line to find the Q-<br>point. Once you find the diode current and voltage, you can solve for the current through<br>the battery to find the power output.<br>R1<br>R3<br>2<br>3<br>500<br>200<br>I<br>+<br>R2<br>100<br>.V1<br>= 12 V<br>D1<br>1N914 V<br>R4<br>200<br>Figure 14. Simple circuit with one diode<br>

Extracted text: 1. Determine the operating point of the diode in figure 14 below and compute the power output of the 12 V battery. The I-V graph of the 1N914 diode is given in figure 15. Hint: Find the Thevenin equivalent seen by the diode and use a load line to find the Q- point. Once you find the diode current and voltage, you can solve for the current through the battery to find the power output. R1 R3 2 3 500 200 I + R2 100 .V1 = 12 V D1 1N914 V R4 200 Figure 14. Simple circuit with one diode

Jun 11, 2022
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