When measuring t/s parameters with DATS, make sure that the driver is suspended in free air, i.e. not sitting magnet down on a table. For small drivers, I just hold them by the rim. For larger ones, I use nylon cord or rope through two of the screw holes and suspend them.
Hi 😇 Doesn’t the device needs a measuring microphone? None video is showing a setup with microphone. So how does the measurements work ? Greetings Matthias
Well ideally from this point I would model the driver now that we have the TS parameters. The enclosure you saw was simply to show how the DATS can find resonate frequency in an enclosure.
@@DIYhyfy Gotcha. Might make an interesting start to finish series if you built the box and tested it, to see how the DATS results worked. But, if that's not your jam, then I totally understand. Thanks for the DATS info though. I think I might have to invest in one, if for no other reason than to keep vendors hones about published specs.
Sure, when we measure impedance of a driver free air, we see one large peak. When we measure impedance in an enclosure, the point between the 2 peaks is our enclosure resonant frequency.
Unfortunately this box isn't well suited for this driver. The purpose was to show the power of the DATSV3. I do have interest in using the drivers in a build, to see what performance can be achieved. However I've got a ton of other projects going. But always possible in the future.
