[lgc_column grid=”85″ tablet_grid=”85″ mobile_grid=”100″ last=”false”]VCA360
Dual channel linear VCA based around CEM/AS3360, 4HP.
I/O:
- CV input per channel
- signal input per channel
- signal output per channel
Controls:
- Bias (sets the initial level of amplifier)
- CV amount (sets the amount of attenuation for CV inputs)
[BOM][SCHEMATIC][PCB]
Price: 15€ (PCB set + white PCB panel)[/lgc_column]
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[lgc_column grid=”85″ tablet_grid=”85″ mobile_grid=”100″ last=”false”]VCA360
Dual channel linear VCA based around CEM/AS3360, 4HP.
I/O:
– CV input per channel
– signal input per channel
– signal output per channel
Controls:
– Bias (sets the initial level of amplifier)
– CV amount (sets the amount of attenuation for CV inputs)
[BOM][SCHEMATIC][PCB]
Price: 15€ (PCB set + white PCB panel)[/lgc_column]
[lgc_column grid=”100″ tablet_grid=”15″ mobile_grid=”100″ last=”false”][otw_shortcode_divider margin_top_bottom=”10″ text_position=”otw-text-left”][/otw_shortcode_divider][/lgc_column]
[lgc_column grid=”15″ tablet_grid=”15″ mobile_grid=”100″ last=”false”]
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[lgc_column grid=”85″ tablet_grid=”85″ mobile_grid=”100″ last=”false”]MIX123
Triple channel audio/CV mixer/attenuverter, 4HP. Through-hole redesign of Mutable Instruments Shades, without LEDs and configurable constant voltage (fixed to +5V).
I/O:
– signal input per channel
– signal output per channel
Controls:
– Function switch (attenuverter/attenuator)
– Gain
[BOM][SCHEMATIC][PCB]
Price: 12€ (PCB set + white PCB panel)[/lgc_column]
[lgc_column grid=”100″ tablet_grid=”15″ mobile_grid=”100″ last=”false”][otw_shortcode_divider margin_top_bottom=”10″ text_position=”otw-text-left”][/otw_shortcode_divider][/lgc_column]
[lgc_column grid=”15″ tablet_grid=”15″ mobile_grid=”100″ last=”false”]
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[lgc_column grid=”85″ tablet_grid=”85″ mobile_grid=”100″ last=”false”]BUCKET
MN3007 based 8HP module for chorus/flanger, (really) short echos, reverberation effects… and much more. Feedback can be pushed to self-oscillation.
I/O:
– IN (audio input)
– OUT (audio output)
– WET (wet output, delayed signal only)
– t (time CV input)
– FB (feedback CV input)
– MIX (mix CV input)
Controls:
– Drive (adjusts the level of input signal)
– Time (adjusts delay time)
– Range switch (sets the range of delay time, mid/short/long)
– Feedback (adjusts the level of delayed signal that is fed back to the input of BBD)
– Polarity switch (sets the polarity of delayed signal)
– Tone (adjusts the tone of delayed signal [also affects the level of feedback], CCW increases lows and cuts treble, CW it does the reverse)
– Mix (adjusts the ratio of dry and wet signal, ranges from 100% dry to almost 100% wet)
– Time CV amount (attenuates CV connected to “t” input)
[BOM][SCHEMATIC][MODIFICATION][PCB]
Price: 25€ (PCB set + black matte PCB panel)[/lgc_column]
[lgc_column grid=”100″ tablet_grid=”15″ mobile_grid=”100″ last=”false”][otw_shortcode_divider margin_top_bottom=”10″ text_position=”otw-text-left”][/otw_shortcode_divider][/lgc_column]
[lgc_column grid=”15″ tablet_grid=”15″ mobile_grid=”100″ last=”false”]
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[lgc_column grid=”85″ tablet_grid=”85″ mobile_grid=”100″ last=”false”]VCF320
State variable filter with voltage controlled “Q” based around CEM/AS3320 chip, 6HP.
I/O:
– IN (audio input)
– COF (cutoff frequency CV input)
– V/O (Volt/octave input, tracks over 3-4 octaves)
– RES (resonance CV input)
– LP1 output
– LP2 output
– HP output
– BP output
– Notch output
Controls:
– input (adjusts the level of input signal)
– cutoff frequency CV input attenuverter
– f (cutoff frequency)
– resonance
[BOM][SCHEMATIC][PCB]
Price: 25€ (PCB set + black matte PCB panel)[/lgc_column]
[lgc_column grid=”100″ tablet_grid=”15″ mobile_grid=”100″ last=”false”][otw_shortcode_divider margin_top_bottom=”10″ text_position=”otw-text-left”][/otw_shortcode_divider][/lgc_column]
[lgc_column grid=”15″ tablet_grid=”15″ mobile_grid=”100″ last=”false”]
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[lgc_column grid=”85″ tablet_grid=”85″ mobile_grid=”100″ last=”false”]KRYSA
Distortion/overdrive module inspired by guitar pedals utilizing diode clipping, 4HP.
I/O:
– IN (audio input)
– OUT (audio output)
– drive CV input
Controls:
– drive (adjusts the amount of distortion)
– tone (adjusts the tone of output, CCW increases lows and cuts treble, CW it does the reverse)
– diode switch (diode clipping off/on)
– input attenuator (sets the level of signal connected to input, for modular levels it should be kept low)
– drive CV attenuator
[BOM][SCHEMATIC][PCB]
Price: 15€ (PCB set + black matte PCB panel)[/lgc_column]
[lgc_column grid=”100″ tablet_grid=”15″ mobile_grid=”100″ last=”false”][otw_shortcode_divider margin_top_bottom=”10″ text_position=”otw-text-left”][/otw_shortcode_divider][/lgc_column]
[lgc_column grid=”15″ tablet_grid=”15″ mobile_grid=”100″ last=”false”]
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[lgc_column grid=”85″ tablet_grid=”85″ mobile_grid=”100″ last=”false”]INPUT
Monophonic input module, amplifier for non-modular level signals (guitar, microphone, music player devices, etc.), built in envelope follower and gate detector, 4HP.
I/O:
– INPUT (audio input, 6.3mm jack)
– AMP (amplified audio output)
– E (envelope follower output)
– G (gate detector output)
Controls:
– level/AMP (adjusts the amplification of incoming signal, affects the response of “E” and “G” outputs)
– RESP switch (sets the overall response of the envelope follower, slow/fast)
– FALL switch (sets the fall/release time of the envelope follower, slow/fast)
– THRESHOLD (sets the level that the incoming audio must exceed for the module to generate a gate signal, the gate outputs behaviour depends a lot on the envelope followers output)
[BOM][SCHEMATIC][PCB]
Price: 15€ (PCB set + black matte PCB panel)[/lgc_column]