Hey, it's nice to see someone else's measurements. I'll put mine up on my
web site, once it's up. (Oh well, another project.)
BTW, you don't need to use up a VCO; just plug an 800 into the FM jack on
the 320 and use the sustain knob as a control voltage aka. freq control
(attack, decay and release all set to 0). I think you can get up to around
2khz or so.
If you don't want to use up an 800, plug the 320 pulse-out back into its
FM-in and set shape to 10. (Playing with shape knob may add addl. effects.)
Of course this removes the use of the shape function and pulse-out jack.
Eh... such is life.
Cheers,
George Kisslak
----- Original Message -----
From: Tentochi <tentochi@...>
To: MOTM List <motm@yahoogroups.com>
Sent: Wednesday, May 16, 2001 7:35 PM
Subject: [motm] Max. Frequencies
LFO1 (320) 26.8 Hz
LFO2 (320) 27.8 Hz
VCO1 (300) 96.8 kHz
S&H1 (100) 13.2 Hz
S&H2 (101) 12.3 Hz
VCF4 (410) not measured
Didn't want to take the time to find a way to measure '410 LFO frequency.
I didn't have the patience to find minimum frequencies. Slow! Slow! Slow!
Yeah!
These are all unmodulated.
These are all actually reading from my setup.
All measurements performed with Fluke 87-III.
Easy to do bit-descimation (simulated sampling effects) with VCO into S&H
since you can trigger it at sampler rates (i.e. 44.1 and 48 kHz).
Not possible to use un-modulated LFO to generate modulation source for
"growl" in brass patches (usually around 80 Hz) required. Hate to waste a
VCO on this.
--Shemp
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