Sooooo obvious! Thanks!
I'm sure there is a better way to do this, but I stumbled upon the Trace arithmetic A*B conjugate command. I can now take a raw driver measurement and apply this voltage curve to simulate the approximate acoustic response of a second order passive filter before...
I would like to generate a curve based on a second order low pass. Attached is the filter and response from LTspice.
If I understand correctly, this combination of components gives me...
Resonance Freq 251hz
Q .95
Bandwidth 365hz
Using the Eq Generic Extended option, can I use...
I purchased a UCA202 before reading about the issues with it. I've been using my PC's line in/line out and thought I'd give it a try.
I'm using it to test my crossover build, and get a puzzling result. I created a calibration file, and the orange plot is the voltage across the amplifier...
The soundcard is the audio jacks on my ASUS motherboard, but I may have found the issue. The level setting on my Line In was set to 50. When I moved it up to 100 my plots improved dramatically. I assume that digital reduction(?) caused the issue?
I have a separate issue. Klipsch used autotransformers in his early crossovers to attenuate the voltages to drivers. When I ran some plots on a crossover, the voltages seemed a little off. I finally simplified my test. I ran a plot of the source voltage, then ran a plot off the -3db tap of...
Thanks. I assumed it was noise and considered increasing the signal, but worried about damaging the soundcard.
It's a steep filter and I'll just assume everything from the noise and below is okay.
Hi
First post here :)
Recently discovered this way to test the voltage across a crossover output. The following plot is one of many that I don't understand. It's a high pass filter that should look like the LTspice plot, but for some reason, the plot gets fuzzy until around 80db. Is there a...
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