For a capacitor to completely charge in an integrator, the pulse widt – McqOptions

MCQOPTIONS

1.	For a capacitor to completely charge in an integrator, the pulse width must be _____ 5 time constants.
A.	less than
B.	greater than
C.	equal to
D.	greater than or equal to
Answer» E.

Discussion

No Comment Found

Related MCQs

If the capacitor in an integrator shorts, the output
An integrator and an differentiator can act as what types of filters, respectively?
In a repetitive-pulse integrator circuit, what would the steady-state voltage equal at the end of the fifth pulse? Assume a of 20 V.
If the output of an integrator is zero volts, the capacitor might be open.
The voltage across a capacitor in an integrator circuit cannot change exponentially; it can change only instantaneously.
If a repetitive-pulse waveform is applied to an integrator, the output waveshape depends on the relationship of the circuit time constant and the duty cycle of the input pulses.
A repetitive pulse with a 50% duty cycle is being applied to the input of an integrator. If one time constant is less than one-fifth the pulse width, the capacitor will be able to fully charge and discharge.
A(n) _____ will decrease the time constant in an integrator or differentiator.
For a capacitor to completely charge in an integrator, the pulse width must be _____ 5 time constants.
In an electric circuit, the reaction of a circuit to a given pulse input is known as the pulse response.