Solid-State Switching Circuits

This is an MCQ-based quiz on Solid-State Switching Circuits.

This includes Electronic, Mechanical, and Electromechanical.

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The multivibrator which generates square wave of its own is the ___________ multivibrator

Monostable Bistable Astable None of the above

If a square wave is fed to a differentiating circuit, the output will be ___________.

Sine wave Sharp narrow pulses Rectangular wave Triangular wave

If the input to a differentiating circuit is a saw-tooth wave, then output will be ___________.

Square Triangular Sine Rectangular

An integrating circuit is a simple RC series circuit with output taken across

Both R and C R C None of the above

If the input to an integrating circuit is a succession of alternating positive and negative pulses of very short duration, the output will be ___________ wave

Rectangular Triangular Sine Square

When a transistor is driven to saturation, ideally the output is ………………

VCC 0 VCC/2 2VCC

The main disadvantage of a mechanical switch is that it………….

Is operated mechanically Is costly Has high inertia None of the above

The most inexpensive switch is ………….. switch

Electronic Mechanical Electromechanical None of the above

The switch that has the fastest speed of operation is ………….. switch

Electronic Mechanical Electromechanical None of the above

A relay is ……….. switch

A mechanical An electronic An electromechanical None of the above

One would find a clamping circuit in _____.

Receiving antenna Radio transmitter Radio receiver Television receiver

A bistable multivibrator has ______?

One stable state Two stable states No stable state None of the above

What do you mean by solid state relay (SSR)?

Electronic switching device

Complete state

Motion

None of the above

In a multivibrator, we have ___________ feedback.

Negative 100 % positive Both positive and negative None of the above
Quiz/Test Summary
Title: Solid-State Switching Circuits
Questions: 14
Contributed by:
Diego