Noise Engineering Quantus Pax Handleiding

Noise Engineering Niet gecategoriseerd Quantus Pax

Lees hieronder de 📖 handleiding in het Nederlandse voor Noise Engineering Quantus Pax (4 pagina's) in de categorie Niet gecategoriseerd. Deze handleiding was nuttig voor 273 personen en werd door 2 gebruikers gemiddeld met 4.5 sterren beoordeeld

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Overview

Quantus Pax is a four-channel precision adder, buﬀered multiple, and polyphonic transposition utility. Each

channel has two CV inputs and can be further modiﬁed by the three Xpose inputs. QP is made with high

quality low-tolerance resistors for unbeatable accuracy. Patch-wide key changes, polyphonic movement,

mathematically derived melodies, and more are all to be had with this simple but useful utility.

Noise Engineering

Quantus Pax

4-channel transposable precision adder

Type

Quantus Pax

Size

6HP Eurorack

Depth

.8 Inches

Power

2x5 Eurorack

+12 mA

85 mA

-12 mA

85 mA

Etymology

“How much harmony”

Pax -- from Latin: “harmonious”

Quantus -- from Latin: “how many”

Power

Screw your module into your case BEFORE powering on the

module. You risk bumping the module’s PCB against something

metallic and damaging it if it’s not properly secured when powered

on.

To power your Noise Engineering module, turn oﬀ your case. Plug

one end of your ribbon cable into your power board so that the red

stripe on the ribbon cable is aligned to the side that says -12v and

each pin on the power header is plugged into the connector on the

ribbon. Make sure no pins are overhanging the connector.

Line up the red stripe on the ribbon cable so that it matches the

white stripe and/or -12v indication on the board and plug in the

connector.

You should be good to go if you followed these instructions. Now

go make some noise!

A final note. Some modules have other headers -- they may have a

different number of pins or may say NOT POWER. In general,

unless a manual tells you otherwise, DO NOT CONNECT THOSE

TO POWER.

Warranty

Noise Engineering backs all our products with a product warranty: we guarantee our products to be free

from manufacturing defects (materials or workmanship) for one year from the date of the original retail

purchase (receipt or invoice required). The cost of shipping to Noise Engineering is paid by the user.

Modules requiring warranty repair will either be repaired or replaced at Noise Engineering's discretion. If

you believe you have a product that has a defect that is out of warranty, please contact us.

This warranty does not cover damage due to improper handling, storage, use, or abuse, modiﬁcations, or

improper power or other voltage application.

Interface

Lower input 1-4:

Output 1-4:

CV input. Summed with channel’s lower input and the three xpose

inputs. The upper inputs of each channel are circularly normalled

together; patching to an input breaks normalization.

CV outputs. Sum of each channel’s two inputs and the three xpose

inputs.

CV inputs for global transposition. Each input is summed to all four

channels simultaneously.

Upper input 1-4:

Xpose inputs:

CV input. Summed with channel’s upper input and the three xpose

inputs.

Quantus Pax

xpose

Patch Tutorial

Patch 1:

Patch a sequence to the upper input of channel 1. Patch another sequence

or other 1v/octave voltage source to channel 1’s lower input. Patch

channel 1’s output to an oscillator’s pitch input. Listen to how the two

sequences sum together and create new-but-related melodies.

Since the upper inputs of each channel are normalled together, QP can be

used as a buﬀered multiple with a twist. Using the same patch as the

previous example, patch some of the other channel’s outputs to other

pitch destinations in your system. The signal is split pitch-accurately to

each output.

Take two pitch CV sources. Mult them to two oscillators and to the ﬁrst

and second inputs of a channel of QP. Take the QP channel’s output and

patch it to a third oscillator. A new melody has been created, based oﬀ of

the pitch information of the other two notes.

Summing melodies and harmonies to create new countermelodies is a

great way to generatively create mathematically related musical ideas.

Patch 3:

For even more fun, the original sequence can then be modiﬁed per-

channel by inputting other voltages to each channel’s lower input.

Patch 2:

Patch 4:

Patch each CV of a polyphonic pitch sequence (like a chord or multiple

melodies/harmonies) to separate channels on QP. The xpose inputs can

now be used to transpose all four inputs at once. A separate sequence or

octave switch like Quant Gemi can be used for transposition, an LFO

can be used to add universal vibrato, and more.

Product specificaties

Merk:	Noise Engineering
Categorie:	Niet gecategoriseerd
Model:	Quantus Pax

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