Noise Engineering Mimetic Digitalis Handleiding

Noise Engineering Niet gecategoriseerd Mimetic Digitalis

Lees hieronder de 📖 handleiding in het Nederlandse voor Noise Engineering Mimetic Digitalis (5 pagina's) in de categorie Niet gecategoriseerd. Deze handleiding was nuttig voor 164 personen en werd door 2 gebruikers gemiddeld met 4.5 sterren beoordeeld

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Overview
Mimetic Digitalis is a 10HP step sequencer optimized for live use. MD includes four individually
editable CV outputs and a trigger out. Each step can be manually programmed or use MD to live record
CV sequences using the encoder. e zero button mutes the CV at and a step shred randomizes the
voltage. Save and load up to 16 patterns. Edit a pattern and use undo to return to the unedited version.
1
Noise Engineering
Mimetic Digitalis
XY step sequencer optimized for live use
Type
XY CV sequencer
Size
10HP Eurorack
Depth
.8 Inches
Power
2x5 Eurorack
+12 mA
58 mA
-12 mA
22 mA
Etymology
Mimetic -- from Latin -- "mime" with sux -ic "pertaining to" mimus
"pertaining to mimes”
Digitalis -- from Latin “belonging to a finger”; also a plant that will kill you.
“Finger mime of death”
MD will trigger on the rising edge of a signal above about 2.2v and responds to CVs from 0-5v. It
outputs triggers at about 6v and CV signals from 0-5v.
Input & output voltages
Patch Tutorial
First patch
Patch a trigger source to the N input. Patch any number of CV outputs to
CV inputs of an oscillator. If it is a triggered oscillator, patch the T out to
the trigger input of the oscillator. Switch MD to Run and use the
Channel Selector buttons to select the output(s) you are using and Edit
them with the encoder.
Advanced patch
Patch at least one trigger source into the trigger inputs. Patch outputs to
CV inputs on an oscillator. Add LFOs to the CV inputs. Edit channels
and have fun.
2
Noise Engineering
Mimetic Digitalis
XY step sequencer optimized for live use
Interface
Step Display: the 4x4 grid shows the step position.
Outputs:
T: Outputs a trigger each time MD advances a step.
1-4: Four selectable, individually editable CV outputs.
Trigger inputs: MD has a variety of trigger inputs to allow control over the
Cartesian coordinates of the steps. Use as many inputs as you like or simply use
the manual trigger buttons below.
N: Advances MD to the next step in the full 16-step progression.
X: Advances MD to the next step in the current row, but will only move
horizontally.
Y: Advances MD to the next step in the current column, but will only move
vertically.
R: Advances MD to a random step
O: Advances MD to the origin (step 1)
CV In: Three inputs allow CV control over step position. CV N will vary across
the entire 16-step range. CV X will only vary within a given row, while CV Y
will control across a column.
Stop/Run: In Stop mode, MD will pause on a step so that each step can be tuned
to the desired tone or value. Use the encoder (Edit) to set the value. Use the Step
Selectors (see below) to advance steps to continue programming. MD will
continue to track the clock input; when Run mode is resumed, it will continue in
the appropriate place.
In Run mode, MD advances a step each time it receives a trigger. MD live
records edits made to values while in Run mode.
Edit: an encoder to set CV values for the selected channel(s). The default is fine.
Push and turn for coarse values. The encoder is detented so that each step is a
semitone. For live editing, simple select the channel(s) you want to edit, and push
and turn. All changes are recorded on the fly.
Channel Selectors 1-4: toggle buttons to select or deselect the channel to be
edited. Double tapping a button will deselect all other channels (channel solo). If
no channel is selected, turning the Edit encoder will not affect any outputs.
Undo: Reverts all changes made with the encoder to the last pattern that was
loaded (this is the same as loading the most recently loaded pattern).
Step Selectors Next, X, Y, Rand, Origin: Manual buttons to advance MD in
specific directions. Buttons work in both Run and Stop mode. If no trigger input
is used, use buttons to advance steps manually.
3
Noise Engineering
Mimetic Digitalis
XY step sequencer optimized for live use

Product specificaties

Merk: Noise Engineering
Categorie: Niet gecategoriseerd
Model: Mimetic Digitalis

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