Noise Engineering Clep Diaz Handleiding
Noise Engineering
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Clep Diaz
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Overview
Clep Diaz is a handy and small step CV and LFO generator. In step and
random modes, use the encoder to control the number of steps in the
sequence; in LFO mode, the encoder controls the amplitude of the wave.
Toggle the directionality of the sequence: up, down, or up/down to
customize the CVs further. CD also gives CV control over the number of
steps in the sequence and a beginning-of-cycle trigger output. Unipolar
and bipolar outputs allow maximal control.
1
Noise Engineering
Clep Diaz
Multimode step CV generator & LFO
Type
Step CV Generator
Size
4HP Eurorack
Depth
.8 Inches
Power
2x5 Eurorack
+12 mA
44 mA
-12 mA
10 mA
Etymology
Clep -- from Greek Clepsydra: a time keeper that uses water ow
Diaz-- from Greek Diazoma: divider
“Divided time keeper”
Interface
step/rand/lfo: Mode switch to move between Step, Random, and LFO
modes.
In Step and Random modes, CD outputs a sequence of a controllable number of steps; use
the Count encoder (below) to set. In Step mode, steps will move only in the chosen
direction (resetting at the end of the cycle). In Random mode, CD randomizes the values
of the steps in the sequence to create variation. In LFO mode, CD outputs a smooth noise
LFO based on the timing of the input clock. As the Count knob is turned CW, the
amplitude is increased.
If the number of steps in the sequence is divisible by three, the top LED will glow dimly;
if it is divisible by four, it will glow brightly.
up/updn/dn: In Step and Random modes, this determines the directionality of
the steps. In LFO mode, this controls the symmetry of the wave: Up subtly decreases the
slope of the rise of the wave, updn makes the LFO wave symmetrical, and dn subtly
decreases the slope of the decay of the LFO wave.
The max number of steps in up and down modes is 32. In updn mode, the max is 63 steps.
Count: An encoder. If no lights are lit on the LED counter, the CV is muted. Turn
CW to increase the number of steps in the CV sequence. Tap the encoder to mute the
sequence. A second tap will unmute CD, or return it to the state it was in before it was
muted. LEDs illuminate to serve as a guide for the number of steps in the current
sequence.
Clk: Clock input. Advances the current step.
Rst: Optional clock input to reset CD at the beginning of the pattern.
CV: CV input control over the number of steps in the cycle
BOC: Outputs a single trigger pulse at the beginning of each cycle. In LFO mode, this
is random.
Bi/Uni: Bipolar and Unipolar CV outputs. Outputs are not quantized.
2
Noise Engineering
Clep Diaz
Multimode step CV generator & LFO
Patch Tutorial
Move the mode switch to Step. Patch a clock into the CLK input. Patch Uni or Bi outs (or both) to the CV
inputs of a module of your choice. Increase the number of steps by turning the encoder CW. Play with
modes, directions, and number of steps.
CD was not designed for use with pitch CV and does not provide a quantized output.
3
Noise Engineering
Clep Diaz
Multimode step CV generator & LFO
Special Thanks
Input and output voltages
Design Notes
CD expects a clock signal of at least 2.2v and responds to CV of up to 4.7v. Unipolar voltage outputs 0 to
5V and bipolar outputs -5 to +5v.
CD was another one of our problem children. It went through a hoard of revisions while we tried to agree
on a core set of features. At different times, CD was 4hp, 6hp, and even 8hp before we settled on the final
size. Once we agreed on 4hp, we knew that we could fit 3 modes into the module, and that was yet
another challenge, which went through multiple revisions before we settled on the final feature set.
Shawn Jimmerson
Patrick O’Brien
Product specificaties
| Merk: | Noise Engineering |
| Categorie: | Niet gecategoriseerd |
| Model: | Clep Diaz |
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