Time Response of Reactive Circuits Questions

• In a repetitive-pulse RC integrator circuit, what would the steady-state voltage equal at the end of the fifth pulse? Assume a Vin of 20 V.
• What is a circuit that produces short-duration spikes?
• What is the voltage across the inductor in the given circuit on the falling edge of the first input pulse?
• The given circuit is an
• Which of the following is true for a capacitor?
• If the capacitor in an RC integrator shorts, the output
• What voltage will the capacitor charge up to in the given circuit for the single input pulse shown?
• In the given circuit, what must the pulse width and time between pulses be to allow the capacitor to completely charge by the end of each pulse and to completely discharge between each pulse?
• If a periodic pulse waveform is applied to an RC differentiating circuit, which two conditions are possible?
• How long will it take the capacitor in the given circuit to discharge?
• An RL integrator and an RC differentiator can act as what types of filters, respectively?
• What has the voltage across the resistor decayed to by the end of the pulse in the given circuit?
• The output voltage of an RC integrator will eventually equal the voltage of a single input pulse if the input pulse width is less than 5 time constants.
• A differentiator circuit can be used to convert a pulse input to a nearly constant dc output.
• During the steady-state condition of a differentiator, the average output voltage is zero volts.
• The voltage across a capacitor in an RC integrator circuit cannot change exponentially; it can change only instantaneously.
• The output voltage of a differentiator goes negative on the falling edge of the input pulse.
• The output of a differentiator could be considered a spike when the input pulse width is much longer than 5 time constants.
• The steady-state condition of an integrator is reached after 5 time constants regardless of the number of input pulses that occur in that amount of time.
• The output of an RC differentiator is taken from across the capacitor.