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General| Brand | Make Noise |
|---|---|
| Model | Optomix |
| Category | Amplifier |
| Language | English |
Direct-coupled signal input for audio or control signals, up to 10Vpp.
CV input for the DAMPing parameter, normalized to +8V for manual control.
CV input for the vactrol VCA, normalized to +8V for manual control.
Unipolar attenuator for DAMP CV INput, used as manual control for DAMP.
Unipolar attenuator for CONTROL Signal Input, used as manual control for Offset.
Output of the signal applied to Channel 2, processed by LPG, 10Vpp.
Gate Input for striking the vactrol, expects 8V Gate.
Direct-coupled signal input for audio or control signals, up to 10Vpp.
CV input for CHannel 2 VCA, normalized to +8V for manual control.
CV input for CHannel 2 DAMP parameter, normalized to +8V for manual control.
Unipolar attenuator for CHannel 2 DAMP CV INput, manual control for DAMP.
Unipolar attenuator for CHannel 2 CONTROL Signal Input, manual control for Offset.
Output of the signal applied to Channel 2, processed by LPG, 10Vpp.
Gate Input for striking CHannel 2 vactrol, expects 8V Gate.
Input to the SUM circuit for chaining units, up to 10Vpp.
The SUM or mix of all signals processed by OPTOMIX, 10Vpp.
Discusses the module's vactrol nature, speed limitations, and suitability for specific sounds.
Explains simultaneous Amplitude and Frequency control, and transient response.
Details using CV for level-shifting, envelope generation, and signal summing.
Describes using audio-rate signals for DAMP parameter to achieve gain reduction.
Using DAMP CV as an accent parameter for sequencing patches.
Controlling FM Index with OPTOMIX for modulation bursts.
Using STRIKE and MATHS for a muted pluck effect.
Using SIGNAL and DAMP inputs for sidechaining and ducking effects.
Patching for two-operator FM synthesis with striking and dampening.
Creating FM pings by patching output to VCO FM input.
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