FET – 167

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167. 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

Answer

Answer : (b)

Explanation

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

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FET - 156
5555555555156. Referring to this transfer curve. Calculate (using Shockley's equation) VGS at ID = 4mA. (a) 2.54 V (b) –2.54 V (c) –12 V (d) Undefined
Tags: fet, transfer, curve, shockley's, equation, electronics, engineering
FET - 136
5555555555136. The transfer curve is not defined by Shockley's equation for the ________. (a) JFET (b) depletion-type MOSFET (c) enhancement-type MOSFET (d) BJT
Tags: fet, transfer, curve, shockley's, equation, electronics, engineering
Combinational Circuits - 195
5555555555195. If B[7..0] = 10100101, what is the value of B[6..2]? (a) 10100 (b) 01001 (c) 10010 (d) 00101
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Number Systems - 137
5555555555137. Hexadecimal F2 is ________ in binary. (a) 11100011 (b) 10100001 (c) 11110010 (d) 11111100
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Combinational Circuits - 196
5555555555196. If [A] = 10 and [B] = 01, then [A] [b] = ________. (a) [00] (b) 00 (c) 11 (d) [11]
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