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- oscilloscope.run;
- functiongenerator.frequency = frequency;
- functiongenerator.voltage = amplitude;
- functiongenerator.waveform = waveform;
- oscilloscope.trigger.source='ch1';
- oscilloscope.trigger.hfreject = 'on';
- clear ax;
- oscilloscope.auto;
- wave = oscilloscope.waveform;
- T = wave.sampletime;
- t = (0:T:T*(wave.length-1))*1000;
- ch1 = wave.ch1;
- ch2 = wave.ch2.*attenuation;
- figure;
- plot(t,ch1,t,ch2);
- title('Waveforms from Oscillscope')
- legend('Channel 1','Channel 2');
- xlabel('Time [ms]');
- ylabel('Amplitude [V]');
- ax(1) = gca;
- figure;
- ax(2) = subplot(2,1,1);
- plot(t,ch1)
- xlabel('Time [ms]');
- ylabel('Amplitude [V]');
- title('Channel 1 from Oscillscope')
- ax(3) = subplot(2,1,2);
- plot(t,ch2)
- xlabel('Time [ms]');
- ylabel('Amplitude [V]');
- title('Channel 2 from Oscillscope')
- linkaxes(ax(2:3));
- arrayfun(@(x) set(x,{'XGrid','YGrid'},{'on','on'}),ax)
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