Hacking the TIME-SHIFTER - Eurorack module

video upload by LARIX ELEKTRO

"A small addition to the TIME SHIFTER module:
Add a CV input to the MAIN-SHIFT parameter.
A CV input to this parameter hadn't been planned, as in the intended use, it wasn't relevant.
But actually, why not? That's the whole point of being modular: going where the manufacturer hadn't thought!

Ok, it's a bit makeshift, but it works…
More info on the site:
https://www.larix-elektro.com/PRODUCT...

Modules used:
LARIX ELEKTRO 4TOMS for the toms! obviously ;)
LARIX ELEKTRO Ritournelle CV Generator + Shift-R for the rhythm
LARIX ELEKTRO Ritournelle CV Generator (another one) for the CV controlling the MAIN SHIFT"

"WHAT'S THAT THING ?
The Time-Shifter is a delay for gate or trigger signales.
As all good time machines it can delay after and before (!).

The first idea is to find a way to build a swing or a groove.
So to decide which steps of which track is decayed, and how much.

To do this, it is necessary to be able to shift the events after and before. But before, we can't predict when an event will appear...

The solution is to decay everything, and then, decaying less than the others events.
So comparing to the new decaying events, it will sounds like it appear before.


The MAIN SHIFT defines this new reference.
So if you enter the main CLK signal into the input, the output of this circuit can be used as the new CLK reference.

The four circuits A B C and D works according to the value of the MAIN SHIFT reference:
- When the knob is centered, the time decay is the same.
- Left, means less time decay, so the event will appear before.
- Right, means more time, so the event will appear after.

Extend your module:
The module can be enriched by one expansion modules:
- The AttV-4 adds to the CV entries an adjustment of the CV value by an attenuverter.
The connectors on the back of the module save connectivity at the front.

Typical use:
- Groove (or swing, etc.) controlable by CV (!)
- Realignment of gates sequences.
(When using multiple sequencers with different latency)
- Signals sequencing adjustment.
(Be sur that a RST arrives at the right moment, for example)
(Be sur that a your S&H module sample after signal stabilization, for example)"