Okay, here is our waveform again.
Sounds quite nice, but it would be nice to be able to filter it a little bit.
And that's what you can also do with this dual universal slope generator, actually with
just one instance.
And that's what we're going to do now, and I'll show you how to do this.
So we take, we have this, our harmonics from in to and we take this out again and get it
on to, okay.
It's also nice to work without sound sometimes, so you can hear me talking, actually.
So we connect this out that was going in here and put it into the input stage of the slope
generator on top.
You can already see there is some audio happening now.
And then we're going to patch this bipolar output now to the input 2.
Okay, so now, again we have this waveform here.
You can see it's a nice square wave, but now with the Ryzen 4 you can actually, you have
a slow, so you can filter this.
It's almost a sine wave now, that's why we don't hear the harmonics.
Let me see you turning the knobs here.
Okay, so this is also what you can do with the slope generator, you can actually filter.
So the nice thing is that you can, of course, you have for the filter and for the slope
generator, the one volt per octave control voltage.
And I happen to set up a little patch here with the TKB, which I'm going to clock now.
So you see there's a little sequence going.
I hope it will be in tune, because this is always a little dangerous.
Okay, let's see, we should have a sequence now.
Okay, it's nice out of tune, doesn't matter.
You can see, but it seriously hurt your ears, doesn't matter.
Okay, I tuned this one in.
Okay, it's basically just one slope generator here.
So what you can do with another channel on the TKB, I have the filter, what's likely
to be the filter cutoff, and I patch it here.
And now, if I filter this, okay, you might say it's quite nice, but still a little
bit boring.
The cool thing is that you can actually get some resonance.
And we're going to do this and patch the output to one of the scaling buffers, which
is actually DC coupled, but it really doesn't matter that much.
And get the output back to the trigger in.
Now, let's see what's happening if we turn up.
Okay, now we can...
Now, there's no voltage control on the actual voice, but only the filter.
Okay, now let's see what happens if we turn up.
I'm just going to play a little bit with it now.
Of course, if you adjust the rise and fall times here...
This is actually our second voice.
Okay, now let's see what happens if we turn up.
Okay, now let's see what happens if we turn up.
Okay, thank you.
Thanks for watching.
This was it for today.
Yeah, thank you.
