![WMD 4TTEN : USED : [DETROIT MODULAR] image 1](https://rvb-img.reverb.com/i/s--4BnbkWDx--/quality=medium-low,height=800,width=800,fit=contain/tywe84w7txd2ulegowtc.jpg)
![WMD 4TTEN : USED : [DETROIT MODULAR] image 1](https://rvb-img.reverb.com/i/s--9UxKpjiy--/quality=medium-low,height=400,width=400,fit=cover,gravity=bottom/tywe84w7txd2ulegowtc.jpg)
![WMD 4TTEN : USED : [DETROIT MODULAR] image 2](https://rvb-img.reverb.com/i/s--S7KAUWk5--/quality=medium-low,height=400,width=400,fit=cover,gravity=bottom/mayo7wab5qgjbnggq72b.jpg)
WMD 4TTEN : USED : [DETROIT MODULAR]
This seller has not set a shipping cost for Finland. Please contact them to ask about shipping.
Only 1 left
Grab it before it's gone
14-Day Return Policy
Enjoy peace of mind with your new gear
Our users rate Reverb
4TTEN (pronounced either ATTEN or FOUR-TEN) is a four channel attenuator and offset generator.
Use 4TTEN to attenuate any CV or audio signal by running through the ins and outs.
A +5V voltage source is normalled to each input, making it a standalone offset when there is no cable patched into an input.
Each channel is completely independent.
Ever-so-useful in live performance, we designed this module with 4 sliders for easy maneuverability, visual feedback, and enjoyable to play interface. Make your eurorack modular synthesizer system more playable with 4TTEN!
*** 4TTEN's PCB is 113mm (4.45") tall and may be a tight fit in some cases ***
Highlights
- 4 independent attenuators for Control Voltage and Audio signals
- Performance friendly sliders
- Can be used as 0 to +5V Offset
- Comfortable fader caps from the Performance Mixer
- Only 4 hp!
SPECS: Size: 4hp Depth: 30mm(with cables) Power: +5mA , -5mA Virtually no drop on 1V/Oct signals. VERTICAL PCB LENGTH: 113mm (4.45") IMPEDANCE = (SOURCE + 100ohm ) / 100kohm UNBUFFERED| Condition | B-Stock (Used) B-Stock items are sold by an authorized dealer or original builder, but have been opened, blemished, or used in some manner.Learn more |
|---|---|
| Brand | |
| Model |
|
| Categories |
Product safety information may be available here.
