DC Biasing FETs – 26

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26. Which of the following represents the voltage level of VGS in a self-bias configuration?

(a) VG
(b) VGS(off)
(c) VS
(d) VP

Answer

Answer : (c)

Explanation

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

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DC Biasing FETs - 28
555555555528. In a fixed-bias configuration, the voltage level of VGS is equal to ________. (a) VS (b) VG (c) VGS(off) (d) VP
Tags: dc, biasing, fets, configuration, voltage, level, vgs, vg, vgs(off, vp
DC Biasing FETs - 35
555555555535. Calculate the value of RD. (a) 2 k (b) 3 k (c) 3.5 k (d) 4.13 k
Tags: dc, biasing, fets, electronics, engineering
DC Biasing FETs - 49
555555555549. In a JFET, the level of ________ is limited to values between 0 V and –VP. (a) (b) (c) (d)
Tags: dc, biasing, fets, level, vp, electronics, engineering
DC Biasing FETs - 6
55555555556. For what value of RD is the voltage across VDS zero? (a) 2.400 k (b) 5.167 k (c) 6.167 k (d) 6.670 k
Tags: dc, biasing, fets, voltage, electronics, engineering
DC Biasing FETs - 25
555555555525. What is the new value of RD when there is 7 V across VDS? (a) 3 k (b) 3.3 k (c) 4 k (d) 5 k
Tags: dc, biasing, fets, electronics, engineering

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