Load-line Analysis a.1 For the series diode configuration employing the diode characteristics given, determine: Vp, ID, Voa, Ioa, VR. Draw the load-line and plot the Q-point. Using the Q-point values,...

Load-line Analysis<br>a.1 For the series diode configuration employing the diode characteristics given, determine: Vp, ID, Voa, Ioa, VR.<br>Draw the load-line and plot the Q-point. Using the Q-point values, calculate the dc resistance Rp.<br>A Io (mA)<br>20<br>18<br>VD<br>16 +<br>14<br>Si<br>12+<br>10+<br>8<br>E<br>10 V<br>0.5 k2 VR<br>R<br>4<br>2 --<br>0.<br>0.5 0.8<br>Vp (V)<br>(a)<br>(b)<br>a.2 Repeat a.1 using the approximate model of a silicon diode. Note: You will use the characteristic curve of<br>the approximate model of a diode and plot the same load-line.<br>

Extracted text: Load-line Analysis a.1 For the series diode configuration employing the diode characteristics given, determine: Vp, ID, Voa, Ioa, VR. Draw the load-line and plot the Q-point. Using the Q-point values, calculate the dc resistance Rp. A Io (mA) 20 18 VD 16 + 14 Si 12+ 10+ 8 E 10 V 0.5 k2 VR R 4 2 -- 0. 0.5 0.8 Vp (V) (a) (b) a.2 Repeat a.1 using the approximate model of a silicon diode. Note: You will use the characteristic curve of the approximate model of a diode and plot the same load-line.

Jun 10, 2022

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Load-line Analysis a.1 For the series diode configuration employing the diode characteristics given, determine: Vp, ID, Voa, Ioa, VR. Draw the load-line and plot the Q-point. Using the Q-point values,...

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