For an integrating circuit to be effective , the RC product should be____________ the time period of the input wave?

Related Mcqs:

1. For a differentiating circuit to be effective, the RC product should be ___________ the time period of the input wave?

   A. Equal to B. 5 times greater than C. 5 times smaller than D. At least 10 times greater than...

2. 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 A?

   . Rectangular B. Triangular C. Sine D. Square...

3. An integrating circuit is a simple RC series circuit with output taken across ______________?

   A. Both R and C B. R C. C D. None of the above...

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

   A. Square B. Triangular C. Sine D. Rectangular...

5. If a square wave is fed to a differentiating circuit, the output will be _____________?

   A. Sine wave B. Sharp narrow pulses C. Rectangular wave D. Triangular wave...

6. A differentiating circuit is a simple RC circuit with output taken across ____________?

   A. R B. C C. Both R and C D. None of the above...

7. ______________ multivibrator is a square wave oscillator?

   A. Monostable B. Astable C. Bistable D. None of the above...

8. The multivibrator which generates square wave of its own is the ____________multivibrator?

   A. Monostable B. Bistable C. Astable D. None of the above...

9. The positive clipper is that which removes the ____________half-cycles of the input voltage?

   A. Negative B. Positive C. Both positive and negative D. None of the above...

10. A negative clipper removes the ______________half-cycles of the input voltage?

    A. Negative B. Positive C. Both positive and negative D. None of the above...