Audacity Forum

Check the Windows Sound Control Panel

The data in the .mif file looks OK from a quick look at the Hex of your source file.

I notice that the spectrum contains frequencies at 300, 500, 700, 900, 1100, 1300, 1500 ... 3700, 3900 Hz.
Perhaps a clue in there?

This is where you tell us about the job. What are you actually trying to do?

I was pretty careful to test the manual method a couple of times and the result was reproducible. I'm running the most recent version of Audacity but this Nyquist Prompt gives me the same result as the manual attempts. High and low tracks alright, mid track is amplified. Sorry to be such a bother! ...

Enable "Software Playthrough" in the Audacity "Transport" menu, then click on the recording meter to activate it.

See also this section of the manual: http://manual.audacityteam.org/o/man/tu ... to_cd.html

The manual for the Xone:42 is here: http://www.allen-heath.com/ahproducts/xone42/#tab4 There are no additional drivers for the Xone:42. The manual says: USB for Recording Connect your Xone:42 to your computer using a standard Type A to B USB lead. Open your chosen music recording software, ensuring ...

Which version of Audacity (look in Help > About Audacity).
What are you trying to record? What recording device are you using?

Question: I have figured out how to use Pamela to record a skype interview in stereo and how to import it into Audacity on my Windows laptop. However, I have a question: how can I do a backup of all of this? In other words, let's say that i screw up and Pamela does not record the interview for some...

So I've tried this but I'm still running into problems. On step 4, when I mix the inverted "high" track with the original track, I end up with a track around 5dB above the original. My guess is that you may have inadvertently inverted both the high track and the original track. However, l...

Filters are not perfect and they sometimes introduce (hopefully slight) peaking and ripples. The main problem with using the High/Low pass filters is not due the "ripple" (the amount of ripple is extremely low with these filters), but is due to changes in phase close to the filter's corne...