Envelope Modules

• Vintage Edition with a black front panel
• Dual ADSR
• Two identical analogue envelopes in one module
• Per envelope: CV input with attenuator to control any parameter (selectable via jumper)
• Gate input
• Retrigger input
• 2 x Output
• Voltage range: 0 to +10 V
• Attack, decay, release times: approx. 1 ms - 30 s
• Current consumption: 50 mA (+12 V) / 40 mA (-12 V)
• Width: 8 TE
• Depth: 40 mm

• Flexible envelope generator
• ADSR envelope with one shot and loop mode
• Two selectable time ranges (Fast / Slow)
• Also switchable via CV input
• Attack times: 0.2 ms - 10 s
• Decay / release times: 0.4 ms - 30 s
• Output voltage: 0 - 8.5 V
• Tigger input and manual trigger button
• Positive and inverted signal output
• Reset behaviour selectable via a jumper
• Current requirement: 30 mA (+12 V) / 20 mA (-12 V)
• Width: 4 TE
• Depth: 25 mm

• Analogue multi-modulation source
• 2 Looped function generators with controls for attack, on, decay and off
• Trigger button for manual triggering
• Per function generator: decay CV input, gate input, bi-polar and uni-polar output
• Integrated VCA
• Noise generator (white noise)
• Sample & hold section
• Current consumption: 125 mA (+12 V) / 74 mA (-12 V)
• Width: 22 HP
• Depth: 36 mm

• Voltage Controlled Envelope Generator VCADSR / VCLFO
• Type: ADSR
• Manual control and control voltage input with attenuator for each of the parameters Attack (A), Decay (D), Sustain (S) and Release (R)
• Width: 14 HP
• Depth: 70 mm
• Power requirements: +40 mA (+12 V) / -30 mA (-12 V)

• A quad envelope generator
• ADSR envelope per each channel with one shot and a loop mode
• Two selectable time ranges (Fast / Slow) switchable via a CV input
• Attack times: 0.2 ms - 10 s
• Decay / release times: 0.4 ms - 30 s
• Output voltage: 0 - 8.5 V
• 4 Different selectable characteristics
• Trigger input and manual trigger button
• Positive and inverted signal output
• Reset behaviour selectable via a jumper
• 4 Trigger outputs per channel: Begin of Attack, End of Attack, End of Sustain, End of Release
• Current consumption: 120 mA (+12 V) / 100 mA (-12 V)
• Width: 20 TE
• Depth: 25 mm

• Quad envelope generator
• Four independent channels
• 260 Unique vector shapes
• Cycle time range: 0.85 ms to 30 min
• Shapes can be radically changed in two dimensions
• Complex envelope and concatenation functions
• Assignable CV inputs to control almost all parameters
• OLED display
• Preset Management (up to 18 Presets)
• Connections: 4 x CV input and output 3.5 mm mini-jack
• 4 Trigger inputs 3.5mm mini-jack
• Can be expanded with trigger buttons and CV inputs via optional NIN expander (Art.461981 - not included)
• Current consumption: 90 mA (+12 V) / 40 mA (-12 V)
• Dimensions: 10 HP
• Depth: 30 mm

4ms Pingable Envelope Generator; Eurorack module; dual-channel function generator; envelope length is set by the time between clock pulses or manual taps (pings); ping times can be divided or multiplied (from /8 to x8) by manual control or CV input; Skew control knob and CV input for setting the envelope-shape (Attack / Decay ratio); Curve control knob and CV input for setting the envelope-curve (exponential, linear, logarithmic); bi-polar Scale control knob (attenuverter) for the envelope signal output (range: -10V to +10V); switchable bi-polar mode (range: +/-5V); for each channel switchable Cycle mode, two trigger inputs (quantuzed and asynchronous), two envelope outputs (variable level and +5V), EOR and EOF trigger outputs; power consumption: 105mA (+12V) / 35mA (-12V); width: 20 HP; depth: 26mm

• Four-channel AD envelope generator and LFO
• Per channel controls for rise and fall time
• Three selectable time ranges per channel: Fast 0.1ms - 4s / Medium 1ms - 16s / Slow 20ms - 80s
• Each channel works automatically as a unipolar LFO if the trigger input is not occupied.
• Trigger input and signal output per channel
• Current consumption: 20mA (+12V) / 12mA (-12V)
• Width: 10 HP
• Depth: 15 mm

• Flexible function generator with VCA
• Possible applications: AD or ASR envelope, LFO, oscillator, frequency divider, wave shaper, envelope follower, ring modulator, VCA and more
• Attack and decay time (rise / fall) separately adjustable and each controllable via CV input
• Adjustable characteristic curve for rise and fall segment
• Switchable cycle mode
• VCA / four-quadrant multiplier with adjustable bias and CV input with attenuator
• Rectify input (rectifier)
• Bound input for generating "bouncing ball" envelopes
• Inputs for trigger, slew, rise CV and fall CV
• EOR and signal output for function generator
• Signal input/output and 2 CV inputs for VCA section
• Current consumption: 112 mA (+12 V) / 59 mA (-12 V)
• Width: 12 TE
• Depth: 25 mm

NANO Modules SERRA; Eurorack module; advanced analog ADSR envelope generator; sliders for Attack, Decay, Sustain and Release (each with CV input); selectable normalization of the CV inputs via Norm/Indep switch; slow/fast switch for segment times from 1ms to 40s; illuminated manual Gate button; Attenuverter (bipolar) and Offset control, (+/-5V) for scaling the envelope signal on the OUT output jack; ENV output for unprocessed envelope signal (+10V); End-Of-Cycle trigger output; Gate and Trigger inputs; SIG input for processing external audio and CV signals with the Attenuverter and Offset; 3 status LEDs; power consumption: 53mA (+12V) / 39mA (-12V); width: 10 HP; depth: 20mm

• 2-Channel envelope generator
• Per channel controls for delay, attack, initial decay, sustain level and final decay
• Manual gate button
• Switchable re-trigger mode
• Gate and trigger input for both envelopes
• Positive and inverted signal output per channel
• Current requirement: 40 mA (+12 V) / 20 mA (-12 V)
• Width: 16 HP
• Depth: 42 mm

• 2 Independent envelopes
• Exactly modeled after Model D.
• Switchable between AD and ADSD mode
• 2 Gate inputs
• 2 CV outputs
• Width: 12 TE

• Quad Function Generator
• Per channel: Control for attack and decay time (1ms - 10s), CV input for attack and decay, trigger button, trigger input, mode switch (transient, sustained, cyclic), cycle gate input, end-of-decay trigger output and signal output
• Quadrature mode switchable in pairs for function generators A-B and C-D
• Current consumption: 160mA (+12V) / 55mA (-12V)
• Width: 28 TE
• Depth: 32 mm

• Two-channel function generator with VCA
• Can be used as AD envelope, LFO, slew limiter, VCA and more
• Attack and decay time adjustable
• Adjustable characteristic curve from exponential to linear to logarithmic
• Switchable trigger or loop mode
• Bipolar attenuator for the function output
• Trigger and slew signal inputs
• CV inputs for attack and decay
• 2 VCA signal inputs
• EOC output per channel and sum output
• Current consumption: 70 mA (+12 V) / 70 mA (-12 V)
• Width: 10 HP
• Depth: 20 mm

• Generates a variety of linear, logarithmic, or exponential triggered or continuous functions
• May be used as envelope, LFO, oscillator, and slew limiter
• Generates analog signals from digital information (Gate / Clock)
• Generates digital information (Gate / Clock) from analog signals
• Up to 4 control signals can be combined
• Allows for the creation of more complex modulations
• Power consumption: 60 mA @ +12V, 50 mA @ -12V
• Dimensions (W x D): 20 HP x 24 mm

• Analogue movement manager
• Consists of two function generators that can be used as envelopes, LFOs and VCOs (with V/Oct. tracking)
• Characteristic curve of each time segment adjustable
• The shape of the segment can be set independently of time
• Quadrature mode
• Trigger button for both function generators
• Bipolar and unipolar output per channel
• EOR and EOF trigger outputs per channel
• Two cascaded flip-flop circuits for use as suboscillarors of clock dividers
• DC-coupled four-quadrant multiplier for amplitude modulation
• Ring modulation and for use as VCA
• Slew limiter with adjustable rise and reset time
• Power consumption: 170 mA (+12 V) / 170 mA (-12 V)
• Width: 92 mm
• Depth: 38 mm