Anyware Instruments Moodulator 사용자 설명서 - 페이지 6

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OSCILLATOR Section

Oscillators are the primary sound source of a synthesizer; they provide the basic pitch and tone colour to the

final sound. In the case of the MOODULATOR, they generate two different basic waveforms, Sawtooth and Pulse

(each has a different tone colour).

A lot more timbre variation is possible by doing PWM, hard sync, ring modulating them, etc.

TUNE (knob)

Master Tune lets you set the general tune of both oscillators with a range of more than 5 octaves.

OCTAVE (switch)

The Octave switch lets you select between 3 octave ranges for both oscillators.

GLIDE (knob)

Also controls both oscillators. Glide, also known as portamento, is a voltage processor. It's basically a lowpass

filter for control signals; what it does is round any sudden voltage change, like the ones that happen from note

to note when controlled from a keyboard, making a smooth transition between notes. The time it takes to go

from one voltage level to the next is determined by the Glide Knob.

OSCILLATOR 1 WAVE SELECT (switch)

You can choose between SAW and SQUARE. The Pulse Width of the SQUARE wave can be modulated by LFO.

For more info, go to LFO section.

OSCILLATOR 2 RANGE (knob)

This knob allows you to detune Oscillator 2 from Oscillator 1. At 9:00 o´clock position it's unisonP

at 12:00 it´s an octave higher apart, and finally at 3:00 position pitch is two octaves higher.

OSCILLATOR 2 WAVE SELECT (switch)

You can choose between SAW and PULSE. The Pulse Width of the PULSE wave is fixed.

SYNC (OSC1→2) (switch)

Hard Sync was originally conceived as a way to tune analogue (i.e., unstable) oscillators in perfect unison or

Octaves without any beating problems. Then it turned out to be a fantastic way to create new waveforms by

applying different tunings and pitch sweeps to the slave oscillator.

Hard Sync works as follows: Two oscillators are synchronized by internally taking the Sync output of the

"Master" oscillator (OSC1) and connecting it to the Sync input of the "Slave" oscillator (OSC2). Each time

the Master oscillator completes its cycle, the slave oscillator restarts as well;