Verbos ElectronicsVoltage Multistage CV Source
Item#
N13-4533
30hp
$599.00
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Verbos Voltage Multistage
The Voltage Multistage CV source by Verbos Electronics is a multifunctional module that specializes in the generation of different varieties of control voltage. The module is capable of producing saw, square, pulse, triangle, LFOs, AR, AD, ADSR, multistage envelopes, tracking generators, quantizers, and sequencers.
Depending on how it is patched, the module is capable of a variety of different functions, though it should be noted that, for maximum results, this module should be combined with various other modules that provide similar functionalities.
Voltage Multistage Features
- Sophisticated Control Voltage Source Module
- Switchable Slides and Gates on each Stage
- Each of the 8 Stages provide 2 Sliders to Control CV and the Gate Output with LED Indication of stage activity
- Built-in clock source and stage addressing via CV (strobe)
- Analog Input with Attenuator
- Start Input and Button start the clock and act as the Gate Input when in Evelope Modes
- Stop Input and Button stop the clock
- Eurorack Module
- 30 HP Width
- 26mm Depth
- Current Draw: 70mA @ +12V, 30mA @ -12V
Buying Guide: Eurorack DelaysThe Best Echo Effects for Your Modular SynthesizerLearning Synthesis: Envelopes Part 2Part Two: Complex Envelopes, Arbitrary Functions, & BeyondLearning Synthesis: Sequencers Part TwoPart Two: Basics and BeyondPatching Tips: Using Sequencers as OscillatorsDesigning Your Own Modular Synthesizer Wave ShapesWhat is West Coast Synthesis...Really?A Closer Look at Don Buchla's Legacy of Outsider Instrument DesignProduct Demo Videos
Sequence Selector | Multistage Strobe
The Sequence Selector spans a multitude of functions ranging from Complex CV routing, to a fairly simple 5 step sequencer. Here, in conjunction with the Voltage Multistage, we explore how it can influence the "strobe" functionality - kind of like a form of clock division.
A simple patch was created by sending a gate pulse from the VMS to the Sequence Selectors "advance" input, effectively advancing the module one step at a time upon receiving the pulse. A couple stage outputs from the VMS were also sent to the “signal selector a” row with its output going to the VMS’ Strobe input. Every time it receives on of the pulses, it will snap to the stage dictated by the analog address - Further, Quantized Randoms from the Random Sampling were sent to the “analog” input of the VMS to allow for the patch to stumble upon new variations of the sequence- creating a very subtle, linear based effect.
A simple patch was created by sending a gate pulse from the VMS to the Sequence Selectors "advance" input, effectively advancing the module one step at a time upon receiving the pulse. A couple stage outputs from the VMS were also sent to the “signal selector a” row with its output going to the VMS’ Strobe input. Every time it receives on of the pulses, it will snap to the stage dictated by the analog address - Further, Quantized Randoms from the Random Sampling were sent to the “analog” input of the VMS to allow for the patch to stumble upon new variations of the sequence- creating a very subtle, linear based effect.
Voltage Multistage | Random Start/Stop & Time CV
The functionality of the Voltage Multistage is as deep as the user would like to go.. In this patch, we demonstrate a more esoteric approach that relies on Time CV and Random gates for starting and stopping the module.
"c.v. b" is patched to the "time" control while both "Fluctuating Random" outputs from the Random Sampling are patched into the "start" and "stop" inputs of the Voltage Multistage which creates a staggered, random feel.
"c.v. b" is patched to the "time" control while both "Fluctuating Random" outputs from the Random Sampling are patched into the "start" and "stop" inputs of the Voltage Multistage which creates a staggered, random feel.
Verbos Electronics Voltage Multistage CV Source Reviews