A voltage divider-bias circuit N-channel Junction Field Effect Transistor (JFET) shown in Figure Q1(b) has a pinch-off voltage (Vp) of –3.5V. Given that the Ipss= 10mA, R2 = R1, and RD= 2Rs. Based on...


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A voltage divider-bias circuit N-channel Junction Field Effect Transistor (JFET) shown in<br>Figure Q1(b) has a pinch-off voltage (Vp) of –3.5V. Given that the Ipss= 10mA, R2 =<br>R1, and RD= 2Rs. Based on this information:<br>20 V<br>ID<br>RI<br>RD<br>Ho Vo<br>Vi<br>R2<br>1.1 kQ<br>Figure Q1(b)<br>Analyze the value of Ipo and VGso by using graphical approach. Then, calculate the value<br>of Vps, VD and Vs. By using the same transfer characteristic graph, determine the new<br>values of Ipo and V GsQ if the value of Rs is reduced about 50%. State the effect of a smaller<br>Rs on Ipq and Vgsọ.<br>

Extracted text: A voltage divider-bias circuit N-channel Junction Field Effect Transistor (JFET) shown in Figure Q1(b) has a pinch-off voltage (Vp) of –3.5V. Given that the Ipss= 10mA, R2 = R1, and RD= 2Rs. Based on this information: 20 V ID RI RD Ho Vo Vi R2 1.1 kQ Figure Q1(b) Analyze the value of Ipo and VGso by using graphical approach. Then, calculate the value of Vps, VD and Vs. By using the same transfer characteristic graph, determine the new values of Ipo and V GsQ if the value of Rs is reduced about 50%. State the effect of a smaller Rs on Ipq and Vgsọ.

Jun 10, 2022
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