# cursor values into excell

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Is there an easy way to get the cursor values into excell?

I am using the cursors on the maths graph. I need to take several values to

average the noise power. I would like successive values of the "dv" (cursor 1 - cursor 2) to appear in

a spread sheet column.

Since I am using the exponential average, the samples are not independent of each other.

The exponential average can have a new value every time an FFT is finished. However, it will be highly correlated to the previous average since the decay rate of samples is small. Is there an easy way to know what the "decay" rate between successive displayed values is?

I am using the cursors on the maths graph. I need to take several values to

average the noise power. I would like successive values of the "dv" (cursor 1 - cursor 2) to appear in

a spread sheet column.

Since I am using the exponential average, the samples are not independent of each other.

The exponential average can have a new value every time an FFT is finished. However, it will be highly correlated to the previous average since the decay rate of samples is small. Is there an easy way to know what the "decay" rate between successive displayed values is?

Did you figure this out bnevins? I think the Phen375 here is good. If so would you care to share you solution?

Hello,

Yes you can use the Signal Information to log values as seen by the markers. If you place the markers on the part of the signal you want to save, you can select Marker Y to show the amplitude under the Marker, and Marker X to show the X axis value. Marker 1 maps to Chan A and Marker 2 maps to Chan B. Note that the markers can be on any channels. Make sure you have set the Information Source to Maths.

I hope this helps.

The decay rate is set by the Exponential Averaging count. This acts as an RC delay delay. Let N = Number of Averages, then we calculate

New Average = [New Value + (N-1) Old Value]/N, allowing you to calculate the difference.

Yes you can use the Signal Information to log values as seen by the markers. If you place the markers on the part of the signal you want to save, you can select Marker Y to show the amplitude under the Marker, and Marker X to show the X axis value. Marker 1 maps to Chan A and Marker 2 maps to Chan B. Note that the markers can be on any channels. Make sure you have set the Information Source to Maths.

I hope this helps.

The decay rate is set by the Exponential Averaging count. This acts as an RC delay delay. Let N = Number of Averages, then we calculate

New Average = [New Value + (N-1) Old Value]/N, allowing you to calculate the difference.

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