WMD Time Warp - Black

Description

The acid style pitch slew effect has made it to Eurorack in a small easy to use package. You no longer need to dedicate more complicated modules patched in wacky ways to achieve this classic sound. Finally, a dual slew, with the right interface, at the perfect size. Add some slide and smoothness to your patches on your own accord with Time Warp.

TIME WARP is a dual channel, gated slew module with some extra features that make a powerful and versatile addition to any Eurorack Modular Synthesizer System.

Its unique, Gated Slew function allows users to add slew to any voltage signal at designated times by sending it a gate signal from a sequencer or similar source. Switch it up with Invert Logic on the gate input, or use the switch as a real time performance tool for hands-on control over when the slew will take place.

With two modes of symmetry and a full wave rectifier on the input, Time Warp can function as 2 independent Slews, two A/R Envelopes with tied controls, or even as an envelope follower, taking audio and turning it into a useful envelope signal. CV control over the Rate of slew! Time warp puts all of that in a compact, 4hp package.

Features

• Two independent Slew Channels
• Gated Slew function for adding per-step slide to any stepped voltage sequence
• Asymmetrical mode for asymmetrical slewing and envelope generation
• Invert Logic for real-time performance control over the module's actions
• Full-Wave Rectifier - Envelope follower from incoming audio
• CV Control over Slew or Rise/Fall time depending on symmetry setting

Specifications

Size: 4hp (20.32mm)

Depth: 30mm(with cables)

Power: 40mA +12V, 40mA -12V

CV Input - 100k ohm impedance

IN input- 50k ohm impedance

Gate Input - 100k ohm impedance with 2V threshold Schmitt Trigger

Patching into the Gate input disables the Full Wave Rectifier

Output: 470 ohm impedance, zero-impedance compensating buffer

1V/Octave signals will haveno droop

22Vpp signal handling

Gain error: 0.1% maximum. 0.025% typical.

Offset error: 4mV maximum. 0.5mV typical.