There are no error messages. Only the technical data file at the time of the error from firefox. Three files. Free air, 2.26g, 4.5g.the three files M0, M1 and M2
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There are no error messages. Only the technical data file at the time of the error from firefox. Three files. Free air, 2.26g, 4.5g.the three files M0, M1 and M2
Here are the results in the attached zip file.There are no error messages. Only the technical data file at the time of the error from firefox. Three files. Free air, 2.26g, 4.5g.
maybe a log is being created on my laptop when the browser crashes? I could find it and show it.I'll do my best to troubleshoot.
This is good to know. I appreciate the feedback. IMO the uploads with these files are slow but should complete on most systems. Claus and I have tested on Windows, Linus and OSX and see slowness but never a crash. However ...Bernard said:The other day I uploaded sm52's files, Speakerbench worked properly, and I posted the results.
My pc is running Windows 11 Pro, version 21H2, build 22000.527. MS Edge is my browser and I also use NordVPN when I want to watch F1 for free on RTS, the French speaking Swiss TV. ;-)
Upload worked fine with and without VPN.
I think the killer is the large JSON file (the Z-file) that the browser serves for download. This causes awful slowdown on all my computers and makes the browser sluggish even after closing the tab. As you can see in my post to sm52, the downsample option makes the JSON file smaller and hopefully makes the issue less severe.Bernard said:Yesterday, I installed the latest Firefox 64 bits version and I redid the test with sm52's files. Everything worked fine until I wanted to download the Json file. The screen froze and even with Alt+Ctrl+Del I couldn't stop the Firefox program. I had to shut down the pc wildly by holding down the power button. When I rebooted, I uninstalled Firefox and returned to Edge as my default browser. I didn't try to figure out why Firefox was freezing.
Yes, that is correct. Non-magnetic weights only should be used. We have added some text in the manual to reflect this (see attached photo).I used metal washers for fasteners of different sizes as weights. Today I checked how they react to approaching the speaker membrane. A speaker with a membrane diameter of 8.7 sm at a distance of 3 sm begins to attract a puck suspended on a thread. Then she sticks to the membrane. This means that washers are not suitable for measuring Thiel-Small parameters. As well as any weights interacting with a magnet. Non-magnetic weights must be used.
Those particular numbers are not normalized and have only a relative meaning. For a better normalized electrical error you should use the electrical error at the top of the results, not the lower gray area.How to understand what is the cause of a large electrical error? The mechanical error is small, and the electrical error is large:
(wfit): Mechanical error [%] = 0.065
(wfit): Electrical error [%] = 0.581 0.678
The electrical error at the top is about the same as at the bottom, my question is how to understand it? I take several measurements, do not change anything in the wires and devices, the electrical error was small, about 0.2, and suddenly it becomes about 0.6-0.7. And I changed only the weight of the weights.you should use the electrical error at the top of the results