Home / Aptitude Tests / Electronics and Communication Engineering / Calculate the stabil...

Calculate the stability factor and change in IC

Calculate the stability factor and change in IC from 25°C to 100°C for, β = 50, RB/ RE = 250, ΔIC0 = 19.9 nA for emitter bias configuration.

A.

42.53, 0.85 μA

B.

40.91, 0.58 μA

C.

40.58, 0.91 μA

D.

41.10, 0.39 μA

View answer & explanation

Correct answer is A

No explanation has been provided for this answer.

See all Electronics and Communication Engineering questions & answers
See more Electronic Devices and Circuits questions & answers
Similar Questions

An amplifier without feedback has a voltage gain of 50, input resistance of 1 kΩ and output re...

A periodic voltage has following value for equal time intervals changing suddenly from one value to ...

In a bipolar transistor, the barrier potential is ...

The word enhancement mode is associated with ...

In an n-p-n transistor biased for operation in forward active region ...

The v-i characteristics of a FET is shown in the figure. In which region is the device biased for sm...

In a zener diode ...

In which region of a CE bipolar transistor is collector current almost constant? ...

The most commonly used semiconductor material is ...

Assertion (A): A p-n junction has high resistance in reverse direction. Reason (R): When a revers...

Aptitude Tests

Nigeria General Knowledge Questions and Answers

Microsoft Office Questions and Answers

Quantitative Reasoning Questions and Answers

Abstract Reasoning Questions and Answers

Verbal Reasoning Questions and Answers

Numerical Reasoning Questions and Answers

Typing Speed and Accuracy Test

Puzzles Questions and Answers

Logical Reasoning Questions and Answers

Spatial Reasoning Questions and Answers

Situational Judgement Questions and Answers

Personality Test

Data Interpretation Questions and Answers

See all →