DC Biasing BJTs – 27

5555555555

27. For the typical transistor amplifier in the active region, VCE is usually about ________ % to ________ % of VCC.

(a) 10, 60
(b) 25, 75
(c)
(d)

Answer

Answer : (b)

Explanation

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

Subject Name : Electronics Engineering

Exam Name : IIT GATE, UPSC ESE, RRB, SSC, DMRC, NMRC, BSNL, DRDO, ISRO, BARC, NIELIT

Posts Name : Assistant Engineer, Management Trainee, Junior Engineer, Technical Assistant

Electronics & Communication Engineering Books

Sale

Highlight important details or key points; Summarize information in a clear and concise manner

₹ 317

Sale

Made Easy Editorial Board (Author); Marathi (Publication Language); 620 Pages - 01/01/2015 (Publication Date) - Made Easy Publications (Publisher)

₹ 320

Patil (Author); English (Publication Language)

Sale

Neamen, Donald (Author); English (Publication Language); 1351 Pages - 08/25/2006 (Publication Date) - McGraw Hill Education (Publisher)

₹ 975

DC Biasing BJTs - 12
555555555512. For the typical transistor amplifier in the active region, VCE is usually about ________ % to ________ % of VCC. (a) 0, 100 (b) 25, 75 (c) 45, 55 (d) None of the above
Tags: dc, biasing, bjts, typical, transistor, amplifier, active, region, vce, vcc
Transistor Biasing - 29
555555555529. At saturation the value of VCE is nearly ________, and IC = ________. (a) zero, zero (b) VCC, IC(sat) (c) zero, I(sat) (d) VCC, zero
Tags: vcc, transistor, biasing, vce, electronics, engineering
BJT - 31
555555555531. What is the ratio of IC to IE? (a) DC (b) DC / (DC + 1) (c) DC (d) either DC / (DC + 1) or DC, but not DC
Tags: dc, electronics, engineering
DC Biasing FETs - 16
555555555516. Calculate VCE. (a) 0 V (b) 2 V (c) 3 V (d) 5.34 V
Tags: dc, biasing, vce, electronics, engineering
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, electronics, engineering

Related Posts