EG is an all analog voltage controlled Attack-Decay envelope generator with an End Of Cycle (EOC) trigger output in 6HP. EG is lively and interactive, and covers all your basic rise and fall CV needs: tight transients, long swells, and rubbery filter modulation.
TRIG: Trigger input. A rising edge (trigger, clock, etc) fires the envelope.
EOC: "end-of-cycle". A ~5ms trigger output when envelope returns to 0V after being triggered, signaling the end of the cycle. Along with CV input, this can function as a voltage controlled trigger delay. Can be patched to the trigger input to self-trigger and loop.
RE": "re-trig" toggles between one-shot and re-triggerable modes. In one-shot mode, EG will wait until the current cycle is finished before responding to incoming triggers. This yields behavior like a clock divider where, for example, 1/16 note triggers in yield 1/4 note envelopes out. Along with the CV input, this allows a ton of variation from a steady stream of input triggers.
CV: Through associated attenuverter, this input modulates the overall length of the envelope.
EG's max output is ~6V.
Loopable, chainable, fast-as-you-need-it. EG is a staple.
Power Requirements:
+12V: 30mA
-12V: -30mA
Product Overview
EG is an all analog voltage controlled Attack-Decay envelope generator with an End Of Cycle (EOC) trigger output in 6HP. EG is lively and interactive, and covers all your basic rise and fall CV needs: tight transients, long swells, and rubbery filter modulation.
TRIG: Trigger input. A rising edge (trigger, clock, etc) fires the envelope.
EOC: "end-of-cycle". A ~5ms trigger output when envelope returns to 0V after being triggered, signaling the end of the cycle. Along with CV input, this can function as a voltage controlled trigger delay. Can be patched to the trigger input to self-trigger and loop.
RE": "re-trig" toggles between one-shot and re-triggerable modes. In one-shot mode, EG will wait until the current cycle is finished before responding to incoming triggers. This yields behavior like a clock divider where, for example, 1/16 note triggers in yield 1/4 note envelopes out. Along with the CV input, this allows a ton of variation from a steady stream of input triggers.
CV: Through associated attenuverter, this input modulates the overall length of the envelope.
EG's max output is ~6V.
Loopable, chainable, fast-as-you-need-it. EG is a staple.
