FET – 136

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136. The transfer curve is not defined by Shockley’s equation for the ________.

(a) JFET
(b) depletion-type MOSFET
(c) enhancement-type MOSFET
(d) BJT

Answer

Answer : (c)

Explanation

Explanation : No answer description available for this question. Let us discuss.

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5555555555167. The transfer curve can be obtained by ________. (a) using Shockley's equation (b) using both Shockley's equation and by output characteristics (c) characteristics (d) None of the above
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555555555530. The ________ does not support Shockley's equation. (a) JFET (b) D-type MOSFET (c) E-type MOSFET (d) None of the above
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FET - 141
5555555555141. How many terminals can a MOSFET have? (a) 2 (b) 3 (c) 4 (d) 3 or 4
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FET - 144
5555555555144. Which of the following FETs has the lowest input impedance? (a) JFET (b) MOSFET depletion-type (c) MOSFET enhancement-type (d) None of the above
Tags: mosfet, fet, jfet, depletion-type, enhancement-type, electronics, engineering
BJT - 79
555555555579. Determine the value of when = 100. (a) 1.01 (b) 101 (c) 0.99 (d) Cannot be solved with the information provided
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