Joranalogue Fold 6 Handleiding

Joranalogue Niet gecategoriseerd Fold 6

Lees hieronder de 📖 handleiding in het Nederlandse voor Joranalogue Fold 6 (5 pagina's) in de categorie Niet gecategoriseerd. Deze handleiding was nuttig voor 28 personen en werd door 2 gebruikers gemiddeld met 4.5 sterren beoordeeld

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FOLD 6

MULTI-TOPOLOGY

WAVEFOLDER

INTRODUC TIO N

Often considered to be the opposite of filters

within a modular system, wavefolders are

designed to fold a signal over itself multiple

times. This generates additional harmonics,

resulting in rich timbres.

While there is a bewildering array of filter types

within the synthesiser world, most wavefolders

fall within only a few categories. Diode

wavefolders in particular come in just two

variants: series and parallel circuit topologies.

Choosing a specific folder also means being

limited to specific sounds and capabilities.

For the first time, Fold 6-6 puts forward a stage

hybrid series/parallel topology, yielding a greater

sonic palette than ever in just 4 HP. Having both

main (series) and alternate (parallel) outputs

means a single module now gives access to just

about all wavefolding tones . imaginable

To take things even further, an integrated

symmetrical soft clipper limits the output signals

to approximately 10 Vpp, keeping the amplitude

within typical Eurorack levels and making it

easier to create overdriven sounds at high fold

ratios. This clipping stage can be driven

continuously using the shape parameter,

smoothly transforming the folded waveforms

into pulse waves for even more harmonic

content.

Two signal inputs are included, to mix audio

signals or add in a DC voltage for asymmetric

folding. The symmetry can also be manually

controlled using the dedicated knob. Of course,

both fold and shape parameters feature voltage

control, to enable continuous timbral

modulation.

Moving beyond simple signal processing, Fold 6

also lends itself perfectly for feedback patching,

CV folding or frequency multiplication; its

modest withinsize belies the sonic capabilities .

CONTENTS

In the Fold 6 box, you’ll find:

 Product card, stating serial number and

production batch.

 16- -10-to pin Eurorack power cable.

 Mounting hardware: two black M3 x 6 mm

hex screws, two black nylon washers and a

hex key.

 T 6 he Fold module itself, in a protective

cotton bag.

If any of these items are missing, please contact

your dealer or support@joranalogue.com.

FOLD 6

MULTI-TOPOLOGY

WAVEFOLDER

CONTROL S & CONNECTIONS

1 K FOLD NOB

The 6-stage wavefolder is preceded by a linear

voltage controlled amplifier (VCA), controlled by

the fold parameter. As the signal amplitude

going into the wavefolder increases, more fold

stages are engaged, resulting in more folds and

thus more harmonics being generated.

2 SHAPE KNOB

The wavefolding section feeds into an overdrive

circuit. At the minimum setting of the shape

parameter, it is essentially disabled and classic

wavefolder tones are the result. As the circuit is

driven harder, folded continuous waveforms

such as sine and triangle waves are gradually

shaped into pulses, creating a harsher sound.

3 SYMMETRY KNOB

The symmetry knob adds a manually variable DC

offset to the signal inputs, ranging from −5 V to

+5 V. This can be used to achieve asymmetric

wavefolding, with either the positive or negative

part of the waveform being folded more than the

other, by turning it away from the centre

position. This knob can also be used re-centre the

wavefolder if there already is a DC offset present

in the . input signal(s)

4 SIGNAL INPUTS

Connect the signal(s) to be folded here. These

identical inputs are mixed together, which can

simplify certain patches as it often removes the

need for a separate mixer module. As the entire

signal path is DC-coupled, CV as well as audio

can be processed. These two signal types can

even , be combined for variable symmetry audio

wavefolding.

FOLD 6

MULTI-TOPOLOGY

WAVEFOLDER

5 FOLD INPUT

The fold CV input provides voltage control linear

over the input VCA. The exact number of fold

stages being engaged depends on the

amplitude of the input signal(s). While the knob

range is restricted to +5 V for optimal control, it is

possible to drive the wavefolder even harder

using external control voltages.

6 SHAPE INPUT

The shape CV input provides voltage control over

the overdrive circuit. With the shape knob at the

minimum setting, the response is no drive at 0 V,

to maximum drive at +5 Negative voltages will V.

result in attenuation, allowing the shape CV to be

used for output amplitude control as well.

7 MAIN OUTPUT

This output provides the most classic

wavefolding action, as found in earlier designs

utilising the ‘series’ circuit topology.

Unlike most wavefolding modules, Fold 6’s

overdrive circuit constrains the output

waveforms to within approximately −5 V and

+5 V. This means the waveforms are always kept

to around the nominal Eurorack amplitude level

of 10 Vpp. It also ensures symmetric clipping once

the final folding stage has been engaged ,

creating a purer sound.

Keep in mind that due to Fold 6’s high -gain

circuitry, some noise and DC offset is to be

expected in the output signals, especially at high

fold and/or shape levels.

8 ALTERNATE OUTPUT

The alternate output simultaneously provides

waveforms such as those from ‘parallel’

wavefolders, with fold levels and directions

varying between the different stages, the result

being input a more mellow sound for most

signals.

Product specificaties

Merk:	Joranalogue
Categorie:	Niet gecategoriseerd
Model:	Fold 6

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