Explore topic-wise MCQs in Linear Integrated Circuit.

This section includes 6 Mcqs, each offering curated multiple-choice questions to sharpen your Linear Integrated Circuit knowledge and support exam preparation. Choose a topic below to get started.

1.

WHY_ZENER_DIODE_IS_USED_AT_THE_OUTPUT_TERMINAL_OF_SQUARE_WAVE_GENERATOR??$

A. To reduce both output and capacitor voltage swing
B. To reduce output voltage swing
C. To reduce input voltage swing
D. To reduce capacitor voltage swing
Answer» C. To reduce input voltage swing
Discussion
2.

A_square_wave_oscillator_has_fo_=1khz._Assume_the_resistor_value_to_be_10kΩ_and_find_the_capacitor_value?$#

A. 3.9 µF
B. 0.3 µF
C. 2 µF
D. 0.05µF
Answer» E.
Discussion
3.

The value of series resistance in the square wave generator should be 100kΩ or higher in order t?#

A. Prevent excessive differential current flow
B. Increase resistivity of the circuit
C. Reduce output offset voltage
D. All of the mentioned
Answer» B. Increase resistivity of the circuit
Discussion
4.

What will be the frequency of output waveform of a square wave generator if R2 = 1.16 R1?

A. f<sub>o</sub> = (1/2RC)
B. f<sub>o</sub> = (ln/2RC)
C. f<sub>o</sub> = (ln /2 √ó‚àöRC)
D. f<sub>o</sub> = (ln/‚àö(2 RC))
Answer» C. f<sub>o</sub> = (ln /2 ‚Äö√†√∂‚àö‚â•‚Äö√Ñ√∂‚àö‚Ć‚àö‚àÇRC)
Discussion
5.

Determine the expression for time period of a square wave generator

A. T= 2RC ln√ó[( R<sub>1</sub>+ R<sub>2</sub>) / ( R<sub>2</sub>)].
B. T= 2RC ln√ó[( 2R<sub>1</sub>+ R<sub>2</sub>) / ( R<sub>2</sub>)].
C. T= 2RC ln√ó[( R<sub>1</sub>+ 2R<sub>2</sub>) / ( R<sub>2</sub>)].
D. T= 2RC ln√ó[( R<sub>1</sub>+ R<sub>2</sub>) / (2 R<sub>2</sub>)].
Answer» C. T= 2RC ln‚Äö√†√∂‚àö‚â•[( R<sub>1</sub>+ 2R<sub>2</sub>) / ( R<sub>2</sub>)].
Discussion
6.

How are the square wave output generated in op-amp?

A. Op-amp is forced to operate in the positive saturation region
B. Op-amp is forced to operate in the negative saturation region
C. Op-amp is forced to operate between positive and negative saturation region
D. None of the mentioned
Answer» D. None of the mentioned
Discussion