Joranalogue Cycle 5 Manual de Usario

Joranalogue No categorizado Cycle 5

Lee a continuación 📖 el manual en español para Joranalogue Cycle 5 (6 páginas) en la categoría No categorizado. Esta guía fue útil para 7 personas y fue valorada con 4.5 estrellas en promedio por 2 usuarios

Descargar PDF
Página 1/6
CYCLE 5
VARI-
WAVE OSCILLATOR
1
INTRODUC TIO N
A small oscillator that packs a punch: that’s the
best way to summarise Cycle 5.
At its heart lies a refined high-stability triangle
core voltage controlled oscillator (VCO), with
performance matching or exceeding that of
much bigger and costly oscillator modules.
Instead of a coarse frequency knob, a 7-position
octave switch is provided. This in combination
with a perfect fifth transposition switch and
factory pitch tuning, makes Cycle 5 an
exceptionally straightforward and musical VCO
to use: simply centre the fine tune knob, and the
module will be instantly tuned to reference C.
Meanwhile, its dual precision volt per octave
inputs add a great deal of versatility. For example,
one could be used for pitch sequencing and the
other as a generic exponential FM input, or both
sequenced together for transposition effects—
the dual inputs serving -as a built in precision
adder.
Sporting all the classic waveforms, ranging from
sine wave, triangle, saw and square/saw, as well
as a hard sync input and low frequency oscillator
(LFO) mode, Cycle 5 makes for a real workhorse
VCO. The novel trigonometric waveshaper results
in a very clean sine wave, ideal for sub bass duty.
Cycle -5’s highlight however, is its vari wave
feature. By adjusting the vari-wave knob, the
waveform on the matching output will smoothly
morph from sine, to triangle, saw, square and
finally a very narrow pulse. The vari-wave
parameter can be CV controlled, up to audio
frequencies for some intense timbres.
Equally at home as a modest modulation
companion to big VCOs, as being in the spotlight
in miniature or polyphonic systems, Cycle 5
might just be the most multi talented tiny -
analogue oscillator yet.
CONTENTS
In the Cycle ’ll 5 box, you 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 5 he Cycle module itself, in a protective
cotton bag.
If any of these items are missing, please contact
your dealer or support@joranalogue.com.
CYCLE 5
VARI-
WAVE OSCILLATOR
2
SIGNAL FLOW
CONTROLS & CONNECTIONS
1 R SWITCH FREQUENCY ANGE
This switch determines over which frequency
range Cycle 5 will operate: low frequency
(VCLFO) or audio frequency (VCO).
2 OCTAVE SWITCH
The rotary octave switch sets the oscillation
frequency in octave steps: every time the knob is
advanced one position clockwise, the frequency
will be doubled.
In the audio frequency mode, the base
frequenc range ies from 2.1 C1 (33 Hz) to C7 ( )kHz ,
placing ‘middle C’ (C4) in the centre switch
position. Using the additional frequency controls,
the total range is A 27.5 A 7 ( . 0 ( Hz) to #/Bb 3.7 kHz)
Frequencies beyond this range be reached may
using external CV.
In low frequency mode, the total frequency
range without CV is 48 mHz (a period of 20
seconds) to 6.9 Hz.
3 FIFTH SWITCH
When switched down, the tritone switch adds 7
semitones to the current pitch. For example, C1
will be transposed up to G1, the interval between
them forming a perfect fifth.
CYCLE 5
VARI-
WAVE OSCILLATOR
3
4 F F K INE REQUENCY NOB
The fine frequency knob adds the ability to fine-
tune the pitch. It has a total range of 7 semitones.
Cycle 5 is tuned to C when this knob is centred
and the However, bfifth switch is disabled. y
using the fine knob and fifth switch in
conjunction, it can be set to play any pitch over
the entire frequency range.
5 - VARI WAVE KNOB AND LED
Cycle - 5’s unique vari wave (‘variable waveform’)
feature combines waveform morphing and
pulse-width modulation (PWM) into a single
parameter.
As the vari-wave knob is turned from minimum
to maximum, the waveform at the associated
output will smoothly morph from sine, to
triangle, to saw, to square, and finally to an
increasingly wide pulse, reaching a maximum
duty cycle of approximately 99 % ‘ ’ . Pips on the
knob’s scale denote the positions where these
basic waveforms are found.
The LED the realnext to the knob s show -time
output voltage at the vari -wave socket, lighting
up red for positive and blue for negative.
6 - VARI WAVE CV INPUT
The vari-wave function can be modulated via this
CV input. The total CV range is 5 V, meaning that
the basic waveforms are separated by 1.25 V
intervals.
Since the waveforms are distributed according
to their harmonic interrelationships, vari-wave
modulation can create timbres reminiscent of
both filtering and PWM.
Note that through the CV input, it is possible to
modulate the pulse waveform beyond the 99 %
point, resulting in silence.
7 V P O I S OLT ER CTAVE FM NPUT
These inputs are used to modulate the frequency
in an exponential fashion, with a standard 1 volt
per octave response, to create accurate pitches.
Both inputs can be used simultaneously, for
transposition effects or for combined pitch
sequencing and audio- rate FM.
8 I RESET NPUT
A rising edge on the reset input causes the
triangle core VCO to instantaneously go to 0 V,
affecting all outputs. Oscillation will then resume
as before.
This is known as ‘hard sync’, as the instantaneous
resets create high harmonic content. It is useful
when patching up an audio-rate FM oscillator
pair, as it synchronizes one oscillator’s frequency
with another, keeping the perceived pitch in
tune.
9 WAVEFORM OUTPUTS
All basic waveforms are available simultaneously
at a standard amplitude of 10 Vpp via these
output sockets: sine, triangle, saw and pulse.
These outputs wave are independent of the vari-
feature, except for the pulse, which will be
continuously modulated back and forth
between 50 (square wave) % and 99 -% pulse
width ( -near silence) - as the vari wave parameter
is adjusted. Each ‘pip’ on the vari wave knob -
scale corresponds to a 50 -% or 99 % pulse width
position.
The front panel graphics accurately depict the
phase relationships that exist between Cycle 5’s
multiple waveform outputs.
10 - VARI WAVE OUTPUT
The vari-wave output signal consists of a
combination of two basic waveforms, as
determined by the current value of the vari-wave
parameter.

Especificaciones del producto

Marca: Joranalogue
Categoría: No categorizado
Modelo: Cycle 5

¿Necesitas ayuda?

Si necesitas ayuda con Joranalogue Cycle 5 haz una pregunta a continuación y otros usuarios te responderán


No categorizado Joranalogue Manuales

Joranalogue

Joranalogue Cycle 5 Manual de Usario

17 Septiembre 2024
Joranalogue

Joranalogue Route 4 Manual de Usario

28 Agosto 2024
Joranalogue

Joranalogue Morph 4 Manual de Usario

26 Agosto 2024
Joranalogue

Joranalogue Dim 2 Manual de Usario

26 Agosto 2024

No categorizado Manuales

Últimos No categorizado Manuales

POLARIS

POLARIS RZR S 1000 EPS (2018) Manual de Usario

27 Octubre 2024
Workzone

Workzone 20V Li-Ion Reciprocating Saw PT160501 Manual de Usario

27 Octubre 2024
Philips

Philips 43PUL7672 Manual de Usario

27 Octubre 2024
Manhattan

Manhattan 461504 Manual de Usario

27 Octubre 2024
Sungrow

Sungrow SG125HV Manual de Usario

27 Octubre 2024
Schneider

Schneider CCT724319 Manual de Usario

27 Octubre 2024
Technoline

Technoline WS 250 Manual de Usario

27 Octubre 2024
Livarno

Livarno IAN 354423 Manual de Usario

27 Octubre 2024
Kupper

Kupper 12152 Manual de Usario

27 Octubre 2024
JennAir

JennAir CARBON24L Manual de Usario

27 Octubre 2024