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That is absolutely terrible. It is not a feature it is a problem. So if I have a device test plan open on top of my MI scope and spectrum analyzer screen and I need to move it a little to get it out of the way, it moves 4 plots that are on a second monitor completely off the screen so I can't see ...

This problem was introduced when I recently updated to the current version.

If you load a device test plan and the test plan includes X-Y plots that open with it on a second monitor. Then when you reposition the Device Test Plan dialog box (Left click in the heading and drag), it also repositions ...

Hey Virtins, where are we with this issue?

I have uploaded it to dropbox.com and sent you a link via email to: support@virtins.com

Here is the screen capture. Open in Paint and expand to right to see entire image.

When I load the attached PSF MI immediately crashes. Also the Signal Generator window is so wide it extends across three monitors and it cannot be made smaller unless it is closed and re opened. See the attached files

I understand that the plots are saved with the test plan. The problem that I see is that when a test plan with plots is loaded if I change even one step and hit Modify the plots disappear and must be re created. Why are the plots destroyed every time a step is modified.

I also can see no way to ...

When a Device Test Plan is edited any X-Y plots that have been created are lost and have to be set up again. Why can't the plots be preserved?

It would also be very convenient if a block of steps could be copied and repeated multiple times. This would make multiple repetitive sections of code easy ...

The sweep generator stops at 1/2 the end frequency. For example, if I set the start at 20 and end at 20000 it sweeps to 10000 and begins again at 20. If I set the end at 50000 it only sweeps between 20 and 25000. If I turn off Sweep and set the frequency to any value it generates the correct signal ...

I have externally looped the output of the 2810 to the input. The THD measures between .2 and .3 out to the third harmonic at 1 KHz using a Hamming Window. If the native THD of the instrument is over .1 % , How can I measure the THD of low THD amplifiers?