Exploring the Sample & Hold Circuit | 7
Now you will hear a procession of distinct
random notes. Remembering back to our
first patch, you will probably note that,
again, the range of notes is quite wide–far
too wide for some musical purposes.
MAKE THIS CONNECTION
Use the attenuator to narrow that range.
Patch the S+H output to the ATTN (+5)
input. And the ATTN output to the 1V/OCT
input.
Finally, we may want to break up the rhythm
a bit and get some more motion in our patch.
By patching the S+H output to the LFO
RATE, the S+H will change the rate of the
LFO. Higher S+H values will turn the LFO
rate up while lower values will turn it down.
MAKE THIS CONNECTION
We can use the MULT to patch the S+H
output to two places at once.
The MULT is a simple utility allowing you to
patch one output to multiple inputs. Patch
the S+H output (post attenuator) to the
MULT input, and then patch MULT 1 to the
1V/OCT and MULT 2 to the LFO RATE.
→Now you will hear that as the pitch of
the oscillator goes up, so does the rate of
the LFO–resulting in quicker notes as the
pitch increases!
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