Bi chorus (bi chors), Duo phase (duo phas) – KORG Ax3000g User Manual
Page 37
DRIVE/AMP
CABINET
PRE EFFECT
MODULA
TION
DELA
Y
REVERB
Effect Type
Tuner
31
4. BI CHORUS (BI CHORS)
This is a chorus model unique to the AX3000G. It provides two chorus units, CHO-
RUS 1 and CHORUS 2, and lets you connect the two units not only in series or in
parallel, but also to synchronize or de-synchronize the two LFOs. It produces a
variety of tones that cover a range from wonderfully spacious sounds to bizarre
flanger-like sounds with complex modulation.
NOTE: This will not function if MODE is set to P2 or P3.
NOTE: If P2 or P3 is selected, the speed is adjusted by the SPEED 1 (value knob 2).
5. DUO PHASE (DUO PHAS)
This is an amazing phaser that provides two six-stage phasers; PHASER 1 and
PHASER 2. They can be connected in series (to make a pseudo-twelve-stage
phaser!) or in parallel, and you can also synchronize or de-synchronize the two
LFOs.
NOTE: This will not function if MODE is set to S2, P2, or P3.
[1] “DEPTH”
0.0–10.0
* Adjusts the modulation depth of CHORUS 1/2.
[2] “SPEED 1”
0.1–10.0[Hz]
* Adjusts the modulation speed of CHORUS 1.
[3] “SPEED 2”
0.1–10.0[Hz]
* Adjusts the modulation speed of CHORUS 2.
[4] “RESO”
0.0–10.0
* Adjusts the amount of resonance for CHO-
RUS 1/2.
[5] “MODE”
S/P1/P2/P3
Specifies the connection and LFO for CHO-
RUS 1/2.
S:
CHORUS 1/2 are connected in series.
P1: CHORUS 1/2 are connected in parallel.
P2: CHORUS 1/2 are connected in parallel,
and their LFOs are synchronized.
P3: CHORUS 1/2 are connected in parallel,
and their LFOs are synchronized in
opposite phase (Stereo mode).
[1] “DEPTH”
0.0–10.0
* Adjusts the modulation depth of PHASER 1/2.
[2] “SPEED 1”
0.1–10.0[Hz]
* Adjusts the modulation speed of PHASER 1.
[3] “SPEED 2”
0.1–10.0[Hz]
* Adjusts the modulation speed of PHASER 2.
[4] “RESO”
0.0–10.0
* Adjusts the amount of resonance for
PHASER 1/2.
[5] “MODE”
S1, S2, P1, P2, P3
Specifies the connection and LFO for
PHASER 1/2.
S1: PHASER 1/2 are connected in series.
S2: PHASER 1/2 are connected in series and
their LFOs are synchronized to create a
pseudo-twelve-stage phaser.
P1: PHASER 1/2 are connected in parallel.