Se connecter
Se connecter

ou
Créer un compte

ou
Ajouter ce produit à
  • Mon ancien matos
  • Mon matos actuel
  • Mon futur matos
Pittsburgh Modular Lifeforms Double Helix Oscillator
Photos
1/15

Pittsburgh Modular Lifeforms Double Helix Oscillator

Module générateur pour synthé modulaire de la marque Pittsburgh Modular appartenant à la série Lifeforms

Écrire un avis ou Demander un avis
Prix public US : $449 incl. VAT

Annonces Lifeforms Double Helix Oscillator

Alerte nouvelle annonce

Forums Pittsburgh Modular Lifeforms Double Helix Oscillator

News

Images

Vidéos

Fiche technique

  • Fabricant : Pittsburgh Modular
  • Modèle : Lifeforms Double Helix Oscillator
  • Série : Lifeforms
  • Catégorie : Modules générateurs pour synthés modulaires
  • Fiche créée le : 21/01/2017

Module générateur à double oscillateur analogique avec modulation et matrice pour le système Eurorack Lifeforms

PRIMARY OSCILLATOR CONTROLS

Frequency Knob - Frequency control sweeps from LFO through the full audio range.

Fine Tune Knob - Limited range frequency control.

Blade|Pulse CV Knob - Blade wave shape and Pulse width control CV input attenuator.

FM CV Knob - Frequency modulation CV input attenuator.

V/O Input Jack - 1 volt per octave pitch tracking input.

Sine Wave Output Jack - Sine wave output jack.

Saw Wave Output Jack - Saw wave output jack.

Blade Wave Output Jack - Blade wave output jack.

Sub Wave Output Jack - Sub oscillator square wave output jack.

Pulse Wave Output Jack - Pulse wave output jack.

SECONDARY OSCILLATOR CONTROLS

Frequency Knob - Frequency control sweeps from LFO through the full audio range.

Fine Tune Knob - Limited range frequency control.

FM CV Knob - Frequency modulation CV input attenuator.

V/O Input Jack - 1 volt per octave pitch tracking input.

Sine Wave Output Jack - Sine wave output jack.

Saw Wave Output Jack - Saw wave output jack.

Square Wave Output Jack - Square wave output jack.

CONTOUR CONTROLS

Timbre CV Knob - Timbre control CV input attenuator.

Timbre Knob - Wave folder gain control.

Dynamics Knob - Low pass gate dynamics control. Full left, no gain and no harmonics. Full right, full gain and full harmonics.

Dynamics CV Knob - Dynamics control CV input attenuator.

Dynamics Response Knob - Sets the decay time related to the impulse gate input and dynamics CV input.

In 1 Input Jack - Contour section audio signal input mixed with In 2. This jack is normalled to the Primary Oscillator Sine Wave.

In 2 Input Jack - Contour section audio signal input mixed with In 1. 

Impulse Input Jack - Gate or trigger input used to strike the dynamic impulse circuit and quickly modulate the dynamics of the audio signal.

Output Jack - Contour section audio signal output jack.

MODULATION CONTROLS

Frequency Knob - Frequency control sweeps through LFO range.

Square Output Jack - Square wave output jack.

Random Output Jack - Stepped Random CV output jack.

Sine Output Jack - Sine wave output jack.

Noise Output Jack - Analog noise output jack.

VOLTAGE CONTROLLED ROUTERS CONTROLS

In A Input Jack - Modulation source A. This signal is sent through the voltage controlled router to any CV input switched to the A position. This jack is normaled to the modulation section sine wave.

VCR A CV Input Jack - CV input used to modulate channel A modulation signal level passed through to the routing switches.

VCR A Level Knob - Sets the channel A modulation signal level passed through to the routing switches.

FM 1 CV Input Source Switch - Sets Primary Oscillator FM CV input source. Select between A (up), B (down), A and B off (center). The selected signal is mixed with the signal from the FM 1 CV Input Jack.

FM 1 CV Input Jack - Primary Oscillator FM signal input jack. The input jack is mixed with the FM 1 CV Input Source Switch.

Blade|Pulse CV Input Source Switch - Sets Primary Oscillator blade wave shape and pulse width CV input source. Select between A (up), B (down), A and B off (center). The selected signal is mixed with the signal from the Blade|Pulse CV Input Jack.

Blade|Pulse CV Input Jack - Primary Oscillator blade wave shape and pulse width signal input jack. The input jack is mixed with the Blade|Pulse CV Input Source Switch.

FM 2 CV Input Source Switch - Sets Secondary Oscillator FM CV input source. Select between A (up), B (down), A and B off (center). The selected signal is mixed with the signal from the FM 2 CV Input Jack.

FM 2 CV Input Jack - Secondary Oscillator FM signal input jack. The input jack is mixed with the FM 2 CV Input Source Switch.

Timbre CV Input Source Switch - Sets the contour section timbre CV input source. Select between A (up), B (down), A and B off (center). The selected signal is mixed with the signal from the Timbre CV Input Jack.

Timbre CV Input Jack - Contour section timbre CV input jack. The input jack is mixed with the Timbre CV Input Source Switch.

Dynamics CV Input Source Switch - Sets the contour section dynamics CV input source. Select between A (up), B (down), A and B off (center). The selected signal is mixed with the signal from the Dynamics CV Input Jack.

Dynamics CV Input Jack - Contour section dynamics CV input jack. The input jack is mixed with the Dynamics CV Input Source Switch.

VCR Output Jack Source Switch - Sets the VCR output jack source. Select between A (up), B (down), A and B off (center).

VCR Output Jack - Channel A or Channel B signal output jack. Output of modulation signal passed through to the routing swtiches.

VCR B Level Knob - Sets the channel B modulation signal level passed through to the routing switches.

In B Input Jack - Modulation source B. This signal is sent through the voltage controlled router to any CV input switched to the B position. This jack is normaled to the modulation section sine wave.

VCR B CV Input Jack - CV input used to modulate channel B modulation signal level passed through to the routing switches.

 

Panel size: 28hp
Depth: 37mm
Power Usage: +12v 223mA, -12v 205mA.  Does not require +5v. Reversed power polarity protection.

»

Autres catégories dans Synthétiseurs modulaires

Autres dénominations : lifeformsdoublehelixoscillator, doublehelixoscillator