Dimensions
4 HP
32 mm deep
Current Draw
13 mA +12V
13 mA -12V
? mA 5V
Price
$64 Price in €

This Module is currently available.

Circuit Slices Ring Modulator + VCA

The Circuit Slices Ring+VCA (CS045) is a dual-function module for Eurorack-compatible synthesizers. Packed in a narrow panel is both a quality classic analog ring modulator circuit and a basic linear VCA. Ring modulators typically patch their output to a VCA – this ring modulator includes the VCA. This is a brand new module and a new product from Circuit Slices; released before even listed in their catalog. Free shipping in the centennial US.

Features and Specifications for the CS045 Ring+VCA

The “Ring Modulator” or “Balanced Modulator” or “4-Quadrant Multiplier, circuit uses a quality Analog Devices AD633 chip

· Low feedthrough (+/-0.1% Yin and +/- 0.3% Xin typical)

· Low noise (90 µV rms)

· No ‘Nulling’ adjustments are required

· See Analog Devices AD633 data sheet for complete chip specifications

The VCA, or “two quadrant multiplier” circuit uses a transconductance chip

The VCA is trimmer-adjusted for unity-gain output with a 5V CV input

The ring modulator output is “normal” patched to the VCA input

The VCA and Ring Modulator can be used separately – patching to VCA IN disconnects Ring OUT

Includes power cable and case screws

Reverse power protection

Low Power: +12 VDC @ 13 mA, -12 DC @ 13 mA, using a standard Eurorack 10-pin power connection

Connections: Standard 3.5mm jacks

Depth: 32 mm

Narrow panel width: 4 HP

Create sounds with complex timbers (often with non-harmonic overtones) produced from the sum and difference frequencies applied to the X and Y inputs of the ring modulator. Use the built-in VCA to give bell-like sounds a decay. This affordable little module will greatly expand the capabilities of any modular synthesizer rack. We know you will enjoy hours of experimenting, producing wild modulation sounds and dramatic “clangorous” effects!


Ø 4.00 (1 Votes) Average Rating
submitted Mar 9th 2022, 08:59 by bigtex | last Change Jul 28th, 07:51 by Hudry

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