Használati útmutató Noise Engineering Cursus Iteritas Percido
Noise Engineering
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Cursus Iteritas Percido
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Oldal 1/5
Overview
Cursus Iteritas Percido is the second module in the Percido line of powerful synth voices. Similar
to its predecessor, the Loquelic Iteritas Percido, CIP takes the sounds of the original Cursus
Iteritas and adds the musical envelope from LIP with attenuverter-controlled routing to each knob.
With the addition of the performance-oriented Master Blaster and CV outputs, CIP is a
powerhouse of incredibly versatile synthesis.
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Noise Engineering
Cursus Iteritas Percido
Wavetable oscillator with envelope and
One Knob to Rule Them All
Type
Synth voice
Size
24HP Eurorack
Depth
1 Inch
Power
2x8 Eurorack
+12 mA
105/60 mA
-12 mA
60 mA
+5 mA
0/75
Etymology
Iteritas -- from Latin itero 'repeat' with suffix -tas 'state of being'.
Percido -- from Latin 'Danger'
“Dangerous Repetitiousness Series”
Cursus-- from latin Cursus 'series’
“Repetitiousness”
All CV inputs respond to 0-5v, except pitch, which responds to 0-8v. The Env and MB Out are 0-
5v. Sync responds to a rising edge around 2v, and Trig responds to a rising edge around 3v.
Input & output voltages
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Interface
Mode: Sets the behavior of the envelope.
Algo: Selects which orthogonal function set is used to produce the wavetable.
ŸDaub: Daubechies – uses wavelets
ŸFree: Free-running mode is the original Cursus Iteritas. The oscillator will continue to run. A
trigger in will still reset the envelope on the trigger rising edge, but will not affect the volume.
Pitch: Sets the pitch. Turn to adjust fine tuning, press and turn to adjust coarse tuning. Encoder
sums with the pitch CV input.
Ÿ Trig: In Trigger mode, CIP expects a trigger input to start the envelope. CIP triggers on the
rising edge and expects a voltage of about 3v.
ŸFour: Fourier – uses sine waves
ŸWalsh: uses the Walsh Transforms
Hit: Momentary button to manually trigger CIP. When depressed, CIP behaves like it received a
rising edge on a trigger.
Time: Controls the length of the envelope.
ŸLoop: In loop mode, the envelope will continually regenerate. A trigger in will hard reset it on
the rising edge; without a trigger in, it will regenerate based on the parameters set on CIP.
AT/DC: Controls the attack and decay of the envelope. All the way CCW, the envelope is all
decay; all the way CW, attack dominates. Turning the knob transitions between these two
extremes gradually.
Shape: controls the shape of the curve: CCW gives an exponential curve, while CW gives a
logarithmic curve. In the center, the shape is linear.
Interface
The pitch and five tone controls have envelope send attenuverters. Positioned at 12:00, the
envelope is off and does not route to a parameter. Fully CCW results in an inverted envelope
send. Fully CW yields full positive send.
Center: Selects the center harmonic used to build the wavetable
Width: Controls how many different harmonics are used to create the wavetable
Balance: Allows selection of harmonics included in the output.
Audio Out: AC-coupled audio output.
MASTER BLASTER: One knob to rule them all.
Edge: Controls the oversampling filter of the wavetable. As this is turned to the right, it will add
musical overtones.
Trig: Input to trigger CIP. The envelope also resets (in any mode) when CIP receives a trigger
Fold: Wavefolder. Awesome.
Sync: Triggers edge-based oscillator reset.
Master Blaster is a performance-oriented master attenuverter for all envelope sends. At center,
all sends are off. Fully clockwise, all envelopes send the full amount set by their respective
knobs. Fully counterclockwise, all envelopes send the inverted full amount set by their
respective knobs.
Env out: Output to send envelope to other modules.
MB Out: 0-5v output based on the position of the MASTER BLASTER knob to send to other
modules.
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Termékspecifikációk
| Márka: | Noise Engineering |
| Kategória: | nincs kategorizálva |
| Modell: | Cursus Iteritas Percido |
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