FET – 160

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160. The level of VGS that results in ID = 0 mA is defined by VGS = ________.

(a) VGS(off)
(b) VP
(c) VDS
(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 - 149
5555555555149. Which of the following controls the level of ID? (a) VGS (b) VDS (c) IG (d) VDG
Tags: fet, level, vgs, vds, electronics, engineering
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 - 118
5555555555118. Refer to the following curves. Calculate ID at VGS = 1 V. (a) 8.167 mA (b) 4.167 mA (c) 6.167 mA (d) 0.616 mA
Tags: ma, fet, vgs, electronics, engineering
FET - 135
5555555555135. Referring to the following transfer curve, determine the level of VGS when the drain current is 20 mA. (a) 1.66 V (b) –1.66 V (c) 0.66 V (d) –0.66 V
Tags: fet, level, vgs, ma, electronics, engineering
FET Amplifiers - 79
555555555579. Transconductance is the ratio of changes in ________. (a) ID to VGS (b) ID to VDS (c) VGS to IG (d) VGS to VDS
Tags: vgs, vds, fet, electronics, engineering

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