Question

Procedure: Task 1: Transient response of series RC Circuit a) Set up the circuit shown in Figure 5 with the component values R = 10 k$\Omega$ and C =1 $\mu$F. b) Set the Function Generator to generate a 10Vp square wave at 1Hz frequency and apply as input voltage to the circuit. c) Observe the input voltage on channel 1 and voltage across the capacitor, on channel 2 of the Oscilloscope. Set the volt/div same for both the channels. d) Take a snapshot of the oscilloscope waveforms and include in your report. e) Using the time and voltage cursors, measure the time constant of the RC circuit (the time taken for the voltage across capacitor to rise to 63% of its final value). Figure 5: RC series circuit

          Procedure:
Task 1: Transient response of series RC Circuit
a) Set up the circuit shown in Figure 5 with the
component values R = 10 k$\Omega$ and C =1 $\mu$F.
b) Set the Function Generator to generate a 10Vp
square wave at 1Hz frequency and apply as input
voltage to the circuit.
c) Observe the input voltage on channel 1 and
voltage across the capacitor, on channel 2 of the
Oscilloscope. Set the volt/div same for both the
channels.
d) Take a snapshot of the oscilloscope waveforms
and include in your report.
e) Using the time and voltage cursors, measure the time constant of the RC circuit (the time
taken for the voltage across capacitor to rise to 63% of its final value).
Figure 5: RC series circuit

Procedure:
Task 1: Transient response of series RC Circuit
a) Set up the circuit shown in Figure 5 with the
component values R = 10 kΩ and C =1 μF.
b) Set the Function Generator to generate a 10Vp
square wave at 1Hz frequency and apply as input
voltage to the circuit.
c) Observe the input voltage on channel 1 and
voltage across the capacitor, on channel 2 of the
Oscilloscope. Set the volt/div same for both the
channels.
d) Take a snapshot of the oscilloscope waveforms
and include in your report.
e) Using the time and voltage cursors, measure the time constant of the RC circuit (the time
taken for the voltage across capacitor to rise to 63% of its final value).
Figure 5: RC series circuit

Added by Brenda M.

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