Dimensions
6 HP
40 mm deep
Current Draw
30 mA +12V
10 mA -12V
0 mA 5V
Price
$120 Price in €

Module is available as a DIY project only.

This Module is currently available.

ADSR Envelope with full CV control and looping ‘LFO’ Mode

The LOOPING VCADSR is a 4-stage envelope generator that uses a Microcontroller to generate a Voltage Controllable, Loop-able Envelope. The individual parts of the Envelope (Attack, Decay, Sustain, Release and Level) can all be individually controlled via CV.

This module has 3 MODES of operation:

Normal Envelope – Gate signal fires ADSR
Gated Looping Envelope – ADSR loops whilst gate signal is high.
Looping Envelope – ADSR loops regardless of gate signal.
When the envelope is looping, all 5 controls affect the output. Attack and Decay operate, as one would expect. The Sustain control sets the minimum voltage the decay part of the envelope will decay to. The Release sets a release time from the end of the Sustain period to the beginning of the next cycle. When the Sustain is set to 0 you can use the Release control to add a delay between the Attack and Decay cycles.

In Normal Envelope mode the Sustain CV input can be used with an LFO source to add amplitude modulation that gradually increases as the Envelope transitions from the Attack/Decay part of the envelope into the Sustain part. The Level CV is also a useful point for amplitude modulation or can be used for Velocity Sensitivity via CV.

Features:

3 Modes of operation: Normal, Gated Loop, Constant Loop
CV over: Attack, Decay, Sustain, Release, Level
Works with GATE signals from +5V to +12V
Output CV range 0V to +10V
Width: 6HP

https://www.thonk.co.uk/shop/dannysound-vcadsr/


Ø 4.67 (3 Votes) Average Rating
submitted Dec 13th 2020, 01:12 by fnesc | last Change Nov 7th 2022, 00:45 by Dannysound

25 Users are observing this

Affiliate Disclosure
This page contains affiliate links from eBay, Reverb.com and other partners for which ModularGrid may be compensated.

USA

Perfect CircuitControl

These merchants probably sell this module. Huh?