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Op-amp general linear applications

Total questions: 10

Worksheet time: 9mins

Name
Class
Date
1.

For the OP-AMP given in figure, the voltage gain will be:

a)

-R2/R1

b)

-R3/R1

c)

-(R2+R3)/R1

d)

-(R2||R3)/R1

2.

Assume that the op-amp of the figure is ideal. If Vi is a triangular wave, then V0 will be

a)

triangular wave

b)

square wave

c)

parabolic wave

d)

sine wave

3.

An ideal operational amplifier has

a)

infinite output impedance

b)

zero input impedance

c)

infinite bandwidth

d)

All of the above

4.

Identify the circuit

a)

Inverting amplifier

b)

voltage follower

c)

Differential amplifier

d)

Non inverting amplifier

5.

Identify the circuit

a)

Inverting amplifier

b)

voltage follower

c)

Differential amplifier

d)

Non inverting amplifier

6.

The gain equation of inverting amplifier is

a)

R1/Rf

b)

Rf/R1

c)

-Rf/R1

d)

-R1/Rf

7.

The gain equation of Non-inverting amplifier shown in figure

a)

-Rf/R2

b)

Rf/(R2+Rf)

c)

(R2+Rf)/Rf

d)

(R2+Rf)/R2

8.

What is the feedback factor of voltage follower circuit?

a)

Zero

b)

Unity

c)

Infinity

d)

Between zero & one

9.

Determine the output voltage for this circuit with a sinusoidal input of 2.5 mV.

a)

–0.25 V

b)

–0.125 V

c)

0.25 V

d)

0.125 V

10.

A filter that provides a constant output up to a cutoff frequency and passes no signal above that frequency is called a ________ filter.

a)

High-pass

b)

Band pass

c)

Band stop

d)

Low-pass