Instrukcja obsługi Noise Engineering Lapsus Os
Noise Engineering
syntezator
Lapsus Os
Przeczytaj poniżej 📖 instrukcję obsługi w języku polskim dla Noise Engineering Lapsus Os (3 stron) w kategorii syntezator. Ta instrukcja była pomocna dla 2 osób i została oceniona przez 2 użytkowników na średnio 4.5 gwiazdek
Strona 1/3
Overview
Lapsus Os is a four channel attenuator/attenuverter and offset.
Designed with performance in mind, each channel can be set
to either attenuate or attenuate/invert an incoming signal,
adjust offset of an incoming signal, or with nothing patched to
its input, generate a 0–5v or ±5v offset. Switches on the back
of the module invert the fader behavior, allowing for the
module to be mounted in either direction, for further
customization and ease of use.
1
Noise Engineering
Lapsus Os
Quad-channel attenuverter/attenuator and
offset with faders
Type
Attenuverter/Offset
Size
8HP Eurorack
Depth
.8 Inches
Power
2x5 Eurorack
+12 mA
60 mA
-12 mA
50 mA
Etymology
Lapsus -- from latin lapsus : 'sliding’
Os -- from latin os 'bones’
“Translation: Dancing Corpse”
Inputs: ±10v
Outputs:
Without voltage applied
Unipolar: 0–5v
Bipolar: ±5v
With voltage applied
Unipolar: 0–10v
Bipolar: ±10v
Input & output voltages
Interface
Faders 1-4: The main controls of LO. The LEDs in the faders show the CV that is being
passed through. When in attenuverter mode, the LED will be off at 0, allowing each fader
to easily be set near 0.
Uni/Bi Switches 1-4: In the Unipolar position (left), the corresponding channel attenuates
the input signal. In the Bipolar position (right), the upper half of the corresponding channel
fader attenuates the input signal, the lower half of the fader inverts and attenuates the
signal.
Offset inputs 1-4 (+): Sending a signal to these inputs adds an offset to the input,
controlled by the fader and the mode switch.
Attenuating/attenuverting inputs 1-4 (x): Sending a signal to these inputs
attenuates/attenuverts the signal, depending on the position of the channel fader and
switch.
Outputs: Each channel has a pair of identical outputs. If nothing is sent to either input of
a channel, an offset will be generated and output here, useful for controlling parameters on
other modules with a single fader.
Rear-board switches: Below, in red. Inverts the corresponding channel, allowing for
creative mounting in either direction. Note that each channel must be switched
independently to fully reverse the functionality.
2
Patch Tutorial
Patch 1: Set a channel switch to the left position and patch the outputs to CV inputs on
another module (for instance, Loquelic Iteritas). The fader becomes an easy-to-use
controller for those parameters. Patch the rest of the LO channels to other parameters
in your system to create an expressive and intuitive interface.
Patch 2: Patch a CV signal (such as an LFO) into the attenuverting input of a channel.
Set the channel switch to the right position, and patch the output to a bipolar CV input
in your system. Tweak the fader to attenuvert and dial in the perfect amount of
modulation on the fly.
Patch 3: In a case with four voices route each LO channel to the decay control for each
voice. Use for centralized control over voicing.
3
Design Notes
This module was simple a module stephen wanted for his case for playing live. He
wanted a simple centralized control panel that could map neighboring sliders to the
knobs throughout the case so that they could be played simultaneously. The original
LO was remarkably simple, but a few versions in, we decided that rather than four
outputs per channel (16 outputs? Does anyone really need 16?), we could add inputs
that would give all sorts of crazy control. We agreed it should be reversible early on
but it wasn’t until we got it in the hands of Markus Cancilla who immediately pointed
out that Uni/Bi switches should be mid-panel. On that version, they were at the top,
and completely in the way. It was so obvious! Markus was hired shortly after giving
us that feedback...
Specyfikacje produktu
| Marka: | Noise Engineering |
| Kategoria: | syntezator |
| Model: | Lapsus Os |
Potrzebujesz pomocy?
Jeśli potrzebujesz pomocy z Noise Engineering Lapsus Os, zadaj pytanie poniżej, a inni użytkownicy Ci odpowiedzą
Instrukcje syntezator Noise Engineering
19 Marca 2025
19 Marca 2025
19 Marca 2025
19 Marca 2025
19 Marca 2025
19 Marca 2025
19 Marca 2025
19 Marca 2025
19 Marca 2025
19 Marca 2025
Instrukcje syntezator
- syntezator Yamaha
- syntezator Pioneer
- syntezator Roland
- syntezator Behringer
- syntezator IK Multimedia
- syntezator Boss
- syntezator Casio
- syntezator Suzuki
- syntezator Korg
- syntezator Flame
- syntezator Omnitronic
- syntezator Arturia
- syntezator Dreadbox
- syntezator Novation
- syntezator Pittsburgh Modular
- syntezator Erica Synths
- syntezator AAS
- syntezator Cre8audio
- syntezator Make Noise
- syntezator Moog
- syntezator Fred's Lab
- syntezator GS Music
- syntezator Native
- syntezator Sequential
- syntezator Soma
- syntezator Majella
- syntezator Vermona
- syntezator Sonicware
- syntezator Studiologic
- syntezator Modal Electronics
- syntezator Jomox
- syntezator X Audio Systems
- syntezator Elektron
- syntezator Synamodec
- syntezator Meebleeps Machines
- syntezator Kodamo
- syntezator MFB
- syntezator Dnipro
- syntezator Waldorf
- syntezator (Recovery)
- syntezator Future Retro
- syntezator ELTA Music
- syntezator LennarDigital
- syntezator Ferrofish
- syntezator Nystrom
Najnowsze instrukcje dla syntezator
10 Marca 2025
11 Stycznia 2025
11 Stycznia 2025
5 Stycznia 2025
3 Stycznia 2025
3 Stycznia 2025
3 Stycznia 2025
3 Stycznia 2025
31 Grudnia 2025
30 Grudnia 2025