Q2. (a) Draw the circuit diagram for n-channel and p- channel enhancement-type MOSFET with correct labels. (b) Discuss three main advantages of a n-channel enhancement-type MOSEFT when compared to...


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Q2.<br>(a)<br>Draw the circuit diagram for n-channel and p- channel enhancement-type<br>MOSFET with correct labels.<br>(b)<br>Discuss three main advantages of a n-channel enhancement-type<br>MOSEFT when compared to p-channel.<br>(c) An n-channel enhancement type MOSFET switching circuit with the<br>following MOSFET's parameters; VDD = 105V; Rp = 182; KN = 28.0 mA/V²;<br>Vr = 5V; Vos = 4V; and Vas = 10V.<br>Draw a circuit diagram of an n-channel MOSFET switching circuit and<br>(i)<br>label appropriately<br>(ii)<br>Calculate the drain current Io<br>(iii)<br>Calculate the drain source resistance Ros<br>(iv)<br>Calculate the transconductance gain gm in the linear region<br>

Extracted text: Q2. (a) Draw the circuit diagram for n-channel and p- channel enhancement-type MOSFET with correct labels. (b) Discuss three main advantages of a n-channel enhancement-type MOSEFT when compared to p-channel. (c) An n-channel enhancement type MOSFET switching circuit with the following MOSFET's parameters; VDD = 105V; Rp = 182; KN = 28.0 mA/V²; Vr = 5V; Vos = 4V; and Vas = 10V. Draw a circuit diagram of an n-channel MOSFET switching circuit and (i) label appropriately (ii) Calculate the drain current Io (iii) Calculate the drain source resistance Ros (iv) Calculate the transconductance gain gm in the linear region

Jun 11, 2022
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