The Stereo mode routings (which apply to stereo and mono-to-stereo) are a little more
complex. We have two variants: Mono and Stereo, each with Serial and Parallel routings. In
Mono Serial mode, the signal is routed through Phasor A, and then split, with one half being
routed through Phasor B while the other proceeds to the rest of the circuit.
In Mono Parallel (which we can think of as double mono), the two signals remain separated,
one routed through Phasor A and the other routed through Phasor B.
Stereo routings are where the real fun begins. In serial mode, the stereo signal (both
channels) is routed through Phasor A, and then through Phasor B, therefore receiving double
processing. On Stereo Parallel, the two signals are routed through Phasor A and through
Phasor B, and then cross-mixed (the right output signal of Phasor A is mixed with the right
output signal of Phasor B, and vice-versa for left output signals). This way, the stereo signal
is processed through one phaser engine, and then mixed with the signal processed by the
other phaser engine.
By default, the Serial configuration is the one selected in both Mono, Mono-to-Stereo, and
Stereo modes.
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: If you want the signal to be processed by just one engine, you simply need to turn Off the other
engine, using the On/Off switch in each of the Phasor sections of the control panel.
Routing signal-flow diagram
Arturia - User Manual Phaser BI-TRON - PHASER BI-TRON CONTROL PANEL
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Содержание Phaser BI-TRON
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