current country:US
In Europe: no
cookie for EU user select:
Elevator Sound on Instagram Elevator Sound on twitter Elevator Sound on Facebook Elevator Sound on Facebook
  • Filter: Categories

  • Filter: Brands

You're currently browsing the Elevator Sound UK site.

switch to the E.U site >


Free Delivery for UK orders over £99

Terms and conditions apply

4ms Quad Clock Distributor Expander Eurorack Module

£185.00 inc. UK VAT

£154.17 ex. VAT

Out of stock

(Bear in mind prices on the UK site are shown including UK VAT. After entering your shipping address at checkout prices will update to show the correct taxes due to us based on your location. If purchasing internationally, VAT, handling fees, and import duties will potentially be due on delivery)





Product Info


4ms Pingable Envelope Generator Eurorack Module is a dual envelope generator whose envelope lengths are set by incoming clocks or “pings”.

The PEG has full CV control of envelope shape, skew, and ping (clock) division/multiplication, as well as a plethora of triggering and cycling options (AD, AR, quantization, cycle), and a tap tempo button for each channel.

Basics:

  • Dual “pingable” envelope generator’s total envelope time is set by a “ping”
  • Tap tempo button or incoming clock sets the ping time
  • Envelope time is a multiple or division of the ping time (from /8 to x8) set by Ping Div/Mult knob and CV
  • Curve knob and CV control the shape of the output envelope. Various combinations of exponential, linear, logarithmic, and interpolated curves are available for the rise and fall portions. Total envelope time is maintained throughout any curve selection.
  • Skew knob and CV control the ratio between rise and fall times without changing total envelope time

Specifications

Width: 12hp
Depth: 25mm
Power: 44 mA +12V, 30 mA -12V, 0 mA 5V

Manufacturer product page here.

Product manual here.





Free Delivery for UK orders over £99

Terms and conditions apply

© Copyright 2024 Elevator Sound.   |   Privacy Policy   |   Terms and Conditions   |   Site: ATGS