We built the RLC circuit as shown in Figure 1 using 10 nF Capacitor, 1 kOhm Resistor, and 1 mH Inductor .
Connect the circuit to the Analog Discovery Module and open the Digilent Waveform Generator.
Set the AWG to a sinusoidal wave, the amplitude to 3 V, and the frequency to 1 kHz.
Then open up the oscilloscope and measure the peak-to-peak voltage at node CH2+ .
Run AWG1
Make a table of the input (Ch1+) and output (Ch2+) voltages beginning with 20 kHz and increasing by 10 kHz to 100 kHz
Open Network Analyzer and set values to:
Start Frequency: 20 kHz. Stop Frequency: 100 kHz. Offset: 0 V. Input Signal Amplitude: 3 V. Max Filter Gain: 1X. Bode Scale Magnitude: Top 5 dB Range:25 dB. Phase Top: 90 deg. Range:180 deg. Scope Channel Gain Ch1:
Connect the circuit to the Analog Discovery Module and open the Digilent Waveform Generator.
Set the AWG to a sinusoidal wave, the amplitude to 3 V, and the frequency to 1 kHz.
Then open up the oscilloscope and measure the peak-to-peak voltage at node CH2+ .
Run AWG1
Make a table of the input (Ch1+) and output (Ch2+) voltages beginning with 20 kHz and increasing by 10 kHz to 100 kHz
Open Network Analyzer and set values to:
Start Frequency: 20 kHz. Stop Frequency: 100 kHz. Offset: 0 V. Input Signal Amplitude: 3 V. Max Filter Gain: 1X. Bode Scale Magnitude: Top 5 dB Range:25 dB. Phase Top: 90 deg. Range:180 deg. Scope Channel Gain Ch1: