Description | Test Steps | Steps Resources | Expected Results |
Checking the DC Mode of channel 2 | 1. Set channel 2 in DC Mode |  | The interface should look like in the “Step Resources” picture (left side), the numerical value should indicate that it’s in VDC mode. |
2. Connect scope ch2+ to positive supply and scope ch2- to gnd |  |
3. Set the positive power supply voltage level to 3.3V |  | The voltage displayed in the voltmeter should be around 3.2V to 3.4V and the history graph should follow in 1s, 10s or 60s setting |
4. Connect scope ch2+ to negative supply and scope ch2- to gnd |  |
5. Set the negative power supply voltage level to -3.3V |  | The voltage displayed in voltmeter should be around -3.2V to -3.4V and the history graph should follow in 1s, 10s or 60s setting |
6. Connect scope ch2+ to positive power supply and scope ch1- to negative supply |  |
7. Set the positive power supply voltage level to 5V and negative power supply to -5V |  | The voltage displayed in voltmeter should be around 9.9V to 10.1V and the history graph should follow in 1s, 10s or 60s setting |
8. In step 2 replace scope ch2+ with scope ch2- and and scope ch2- with scope ch2+ then repeat step 3 |  | The voltage displayed in voltmeter should be around -3.2V to -3.3V and the history graph should follow in 1s, 10s or 60s setting |
9. In step 4 replace scope ch2+ with scope ch2- and scope ch2- with scope ch2+ then repeat step 5 |  | The voltage displayed in voltmeter should be around 3.2V to 3.3V and the history graph should follow in 1s, 10s or 60s setting |
10. In step 6 replace scope ch2+ with scope ch2- and scope ch2- with scope ch2+ then repeat step 7 |  | The voltage displayed in voltmeter should be around -9.9V to -10.1V and the history graph should follow in 1s, 10s or 60s setting |
Checking the AC Mode of channel 2 for low frequencies (20Hz to 800Hz) | 1. Set channel 1 in AC Mode (20Hz to 800Hz) |  | The interface should look like in the “Step Resources” picture (left side), the numerical value should indicate that it’s in AC mode by showing that it’s reading the VRMS of the signal. |
2. Connect scope ch2+ to AWG ch1 and scope ch2- to gnd |  |
3. Set the Signal generator’s channel 1 configuration to the following setting Waveform Type: Sine Wave, Amplitude: 2.828V, Offset: 0V, Frequency: 20Hz and Phase: 0 |  | The voltage displayed in the voltmeter should be around 0.9Vrms to 1.1Vrms and the history graph should follow in 1s, 10s or 60s setting |
4. Set the Signal generator’s channel 1 configuration to the following setting Waveform Type: Sine Wave, Amplitude: 5V, Offset: 0V, Frequency: 800Hz and Phase: 0 |  | The voltage displayed in the voltmeter should be around 1.66Vrms to 1.86Vrms and the history graph should follow in 1s, 10s or 60s setting |
5. Set the Signal generator’s channel 1 configuration to the following setting Waveform Type: Square Wave, Amplitude: 2.000V, Offset: 0V, Frequency: 20Hz and Phase: 0 |  | The voltage displayed in the voltmeter should be around 0.9Vrms to 1.1Vrms and the history graph should follow in 1s, 10s or 60s setting |
6. Set the Signal generator’s channel 1 configuration to the following setting Waveform Type: Square Wave, Amplitude: 5V, Offset: 0V, Frequency: 800Hz and Phase: 0 |  | The voltage displayed in the voltmeter should be around 2.4Vrms to 2.6Vrms and the history graph should follow in 1s, 10s or 60s setting |
7. Set the Signal generator’s channel 1 configuration to the following setting Waveform Type: Triangle Wave, Amplitude: 3.464V, Offset: 0V, Frequency: 20Hz and Phase: 0 |  | The voltage displayed in the voltmeter should be around 0.9Vrms to 1.1Vrms and the history graph should follow in 1s, 10s or 60s setting |
8. Set the Signal generator’s channel 1 configuration to the following setting Waveform Type: Triangle Wave, Amplitude: 7V, Offset: 0V, Frequency: 800Hz and Phase: 0 |  | The voltage displayed in the voltmeter should be around 1.9Vrms to 2.1Vrms and the history graph should follow in 1s, 10s or 60s setting |
Checking the AC Mode of channel 2 for high frequencies (800Hz to 40kHz) | 1. Set channel 1 in AC Mode (800Hz to 40kHz) | | The interface should look like in the “Step Resources” picture (left side), the numerical value should indicate that it’s in AC mode by showing that it’s reading the VRMS of the signal. |
2. Connect scope ch2+ to AWG ch1 and scope ch2- to gnd | | |
3. Set the Signal generator’s channel 1 configuration to the following setting Waveform Type: Sine Wave, Amplitude: 2.828V, Offset: 0V, Frequency: 800Hz and Phase: 0 | | The voltage displayed in the voltmeter should be around 0.9Vrms to 1.1Vrms and the history graph should follow in 1s, 10s or 60s setting |
4. Set the Signal generator’s channel 1 configuration to the following setting Waveform Type: Sine Wave, Amplitude: 5V, Offset: 0V, Frequency: 40kHz and Phase: 0 | | The voltage displayed in the voltmeter should be around 1.66Vrms to 1.86Vrms and the history graph should follow in 1s, 10s or 60s setting |
5. Set the Signal generator’s channel 1 configuration to the following setting Waveform Type: Square Wave, Amplitude: 2.000V, Offset: 0V, Frequency: 800Hz and Phase: 0 | | The voltage displayed in the voltmeter should be around 0.9Vrms to 1.1Vrms and the history graph should follow in 1s, 10s or 60s setting |
6. Set the Signal generator’s channel 1 configuration to the following setting Waveform Type: Square Wave, Amplitude: 5V, Offset: 0V, Frequency: 40kHz and Phase: 0 |  | The voltage displayed in the voltmeter should be around 2.4Vrms to 2.6Vrms and the history graph should follow in 1s, 10s or 60s setting |
7. Set the Signal generator’s channel 1 configuration to the following setting Waveform Type: Triangle Wave, Amplitude: 3.464V, Offset: 0V, Frequency: 800Hz and Phase: 0 |  | The voltage displayed in the voltmeter should be around 0.9Vrms to 1.1Vrms and the history graph should follow in 1s, 10s or 60s setting |
8. Set the Signal generator’s channel 1 configuration to the following setting Waveform Type: Triangle Wave, Amplitude: 7V, Offset: 0V, Frequency: 40kHz and Phase: 0 |  | The voltage displayed in the voltmeter should be around 1.9Vrms to 2.1Vrms and the history graph should follow in 1s, 10s or 60s setting |