Repeater WAV frequency change option

The WAV Repeater has no set frequency. It has a sample rate, which is the max frequency that may go in it.
It uses all frequencies at once, producing white noise.
It does this so to amplify its effect across the widest possible spectrum.
Scalar devices may use the recordings produced by the WAV Repeater, and they work better with higher frequencies.

Most typical speakers can only do up to 48kHz.
A man called Nyquist discovered the Nyquist Effect. It states that only half the sample rate and below frequencies will be noticeably "something" as opposed to garbage gibberish.

For example, if you have a 44.1kHz file, and put a 22200 Hz tone in it, it won't be heard, or it will sound as crackly static, probably too because some speakers can't play so high either.
They can't because the human audition range is up to 20 kHz, so they think "why bother going higher?"

But even though our ears may not hear as high, our cells do. Our cells can process infinite frequencies.

If you are going to play a single tone, such as 528 Hz, you could try to amplify it. This makes it more effective, and faster.

7.83= 32071.68 Hz
528= 33792 Hz
The first was amplified by a factor of 12 (2*2*2*2...), while the second was amplified by a factor of 6.
You also could multiply a bunch by 3, 6, or 9.
If you sum their digits up, 3+2+0+7+1+6+8, you get 27. 2+7 is 9.
If you amplify a number that already has a sum of 3, 6, or 9, by 2, or by 3/6/9, its amplified versions will always have a 3/6/9 sum too.
Nikola Tesla said that the key to understanding the universe was in 3, 6 and 9.

Avoid them being divisible by 13. 13 is a bad number. There may also be a few other bad numbers such as 33, but I am not totally sure.

It's also possible to tune music to let's say 528 Hz, and let the higher octaves (which are naturally present in music) do the amplification for you. You retune one time and the higher scales shift too.