Time Response Of Reactive Circuits MCQs with Explanations

25.14 V is the correct answer to “Referring to Problem 7, how much will the capacitor charge if the pulse width is increased to 12 ms”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

Capacitor is the correct answer to “The output of an RC integrator is taken across the”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

27.33 V is the correct answer to “Referring this circuit, determine the maximum output voltage when a single pulse is applied as shown. The total resistance is 60 Ω.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

False is the correct answer to “In an integrator, when the pulse width of the input is much less than the transient time, the output voltage approaches the shape of the input.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

True is the correct answer to “In an electric circuit, the reaction of a circuit to a given pulse input is known as the pulse response.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

Is zero is the correct answer to “In an RC differentiator, responding to repetitive pulses, the average value of the output.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

Fully charge and fully discharge during each period of the input waveform is the correct answer to “If a periodic pulse waveform has a pulse width and the time between pulses each equal to or greater than five time constants, the capacitor will”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

False is the correct answer to “In an RL integrating circuit, the output voltage is taken across the inductor.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

True is the correct answer to “In an RC differentiating circuit, the output voltage is taken across the resistor.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

False is the correct answer to “In an RL differentiating circuit, the output voltage is taken across the resistor.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

7.56 V is the correct answer to “When a 12 V input pulse with a width equal to one time constant is applied to an RC integrator, the capacitor charges to.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

24 V is the correct answer to “When a 24 V input pulse with a width equal to five time constants is applied to an RC integrator, the capacitor charges to”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

12.9 V is the correct answer to “When a 15 V input pulse with a width equal to two time constants is applied to an RC integrator, the capacitor charges to”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

9.45 V is the correct answer to “Referring to the bellow figure, determine the voltage level that the output will reach during the pulse.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

True is the correct answer to “In an RC integrating circuit, the output voltage is taken across the capacitor.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

All the input voltage is across the inductor is the correct answer to “With an RL integrator, at the instant of the rising pulse edge,”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

High-pass filter is the correct answer to “An RC differentiator acts as a”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

True is the correct answer to “The rising and falling edges of a pulse waveform contain the higher frequency component.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

5.16 V is the correct answer to “A single 6 V pulse with a width of 600 μs is applied to an integrator consisting of a 150 kΩ resistor and a 0.002 μF capacitor. To what voltage will the capacitor charge”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

17.91 V is the correct answer to “An integrator consists of a 3.3 kΩ resistor and a 2 μF capacitor. A single 30 V, 6 ms pulse is applied to the input. How much will the capacitor charge”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

Charges exponentially at a rate depending on the RC time constant is the correct answer to “In an RC differentiator, the capacitor.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

35 kHz is the correct answer to “What is the highest frequency contained in a pulse that has a rise and fall time equal to 10 microseconds (10 μs)”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

Decay to zero at the end of the pulse is the correct answer to “Referring to the give circuit, the output will.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

The inductor prevents a sudden change in current is the correct answer to “In an RL differentiator, when the input pulse goes from its low level to its high level,”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

1.5 ms is the correct answer to “Referring to Problem 5, how long will it take the capacitor to discharge if the internal resistance of the pulse source is 100 Ω”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

Must be equal to the applied voltage is the correct answer to “In an RC differentiator, the sum of the capacitor voltage and the resistor voltage at any instant.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

The resistor voltage jumps to -5 V and then goes back to zero exponentially is the correct answer to “Referring this figure, on the falling edge.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

False is the correct answer to “A dc component is the peak value of a pulse waveform.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

True is the correct answer to “If the capacitor in an integrator opens, the output has the same voltage as the input.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

The capacitor charges less during a pulse and discharges less between pulses is the correct answer to “If the RC time constant of an integrator is increased, as the time constant is increased.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

More often than single pulses is the correct answer to “In electronic systems, repetitive-pulse waveforms are encountered.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

All of the above is the correct answer to “To understand how the output voltage is shaped by a differentiator, you must consider”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

All of the above is the correct answer to “If the capacitor in an integrator becomes leaky.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

True is the correct answer to “The flat portions of a pulse waveform contain low-frequency components.”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.

The output voltage reaches the average value of the input voltage is the correct answer to “A steady-state condition is reached when”. This question is standard in competitive examination syllabi for Time Response Of Reactive Circuits.