ST Modular CV Scan (p&p)

14,95 €
inkl. MwSt., zzgl. Versand
Auf Lager


ST Modular CV Scan 6HP Bi-Directional CV Router als pcb/panel kit.

Hier gibt es nur pcb und panel, keines der sonst benötigten Bauteile, diese müssen selbst beschafft werden.

Hier sind überwiegend SMD-Bauteile zu verlöten !


• Bi-Directional CV Router

• 4 Inputs or Outputs

• 4 Attenunators

• Scan Manually or via CV

• OFF Switch via Push Button or Gate Signal

• Manual 0V to +10V CV Supply

• Wrong polarity protection

• 3U Eurorack module, 6 HP wide

• Power consumption: 35 mA at +12 V and 21 mA at -12V

Das Kit enthält 1x panel und 1x pcb

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CV Scan is a 1 to 4 or 4 to 1 CV router that allows you to route one cv signal to four different destinations

or route four different CV sources to one CV input. This can be done manually or via CV. Additionally the

routing can be interrupted via the OFF switch or with help of a gate signal. Each CV input/output has a

dedicated attenuator. There is also a variable 0V to + 10V CV supply.

The SCAN potentiometer can be used to scan through the different CV sources/ destinations. Turning

from left to right you will individually activate inputs/ outputs A to D after one another. Additionally

turning that knob will suplly 0 to +10V on the V OUT jack. This allows you to scan through A to D and also

change a CV input of another module in accordance to the potentiometer position. RANGE adjusts the

inputs and outputs that can be activated with the SCAN knob or the CV input. Applying -5V to +5V in mid

position will give you the full range. Turning RANGE counterclockwise causes only A and B to be active.

Turning RANGE clockwise will move the activation range from A/B, A/B/C, B/C, B/C/D and C/D.

This gives you a nice control over the range to be scanned.

The atenuators may lower the signal routed through CV SCAN. Please note that they won´t completely

kill the signal in order to keep the module bi-directional.

CV SCAN was mainly designed to handle CV sources. Still is it also helpful to change waveforms of an

oscillator for example.

This should be done off the mix as there might be small clicks audible when changing sources/ destinations.

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BOM & Co