Modulation - RSS M-380 Owner's Manual

WET POSITION
The wet position specifies how the delay's wet signal is related to the
position of the DPF (Damp Filter).
Value
PRE DAMP: Takes the wet sound from before the damp filter.
The signal before passing through the damp
filter is used as the wet signal. In this case, the
damp filter is applied only to the delay feedback.
POST DAMP:Takes the wet sound from after the damp filter.
the signal after passing through the damp filter
is used as the wet signal. In this case, the damp
filter is applied to all of the delay sound.
WET (Wet Level)
Level of the delay sound
Value: -INF–+6.0 dB
DRY (Dry Level)
Level of the original sound
Value: -INF–+6.0 dB

Modulation

St.CHORUS (Stereo Chorus)
fig.AlgoStCho.eps
DIR SW
Input L
EFF SW
Chorus L
Chorus R
EFF SW
Input R DIR SW
This is a stereo-in, stereo-out chorus. It lets you apply chorus
without impairing the position of the sound image that's been set for
the stereo input, by panning or other means.
Chorus
RATE
Chorus rate
Value: 0.1–10.0 Hz
DEPTH
Chorus depth
Value: 0–100
PreDly (Pre-delay)
Time until the chorus sound is output
Value: 0–100 ms
Output L
XMIX
Output R
XMIX (Cross mix)
Mix amount for the opposite-side chorus
Value: -100–100
DIR SW (Direct switch)
Turns the unprocessed sound on/off
Value: OFF, ON
EFF SW (Effect switch)
Turns the effect sound on/off
Value: OFF, ON
St.FLANGER (Stereo Flanger)
fig.AlgoStFlang.eps
DIR SW
Input L
Flanger L
Flanger R
Input R DIR SW
This is a stereo-in, stereo-out flanger. It lets you apply flanging
without impairing the position of the sound image that's been set for
the stereo input, by panning or other means.
Flanger
RATE
Flanger rate
Value: 0.01–10.0 Hz
DEPTH
Flanger depth
Value: 0–100
Manual
Center frequency at which the flanger effect is applied
Value: 0–100
LFO PHASE
Phase difference between L and R for the LFO (Low-Frequency
Oscillator)
Value: -180–180 deg
FB (Feedback)
Amount of flanger sound that is returned to the input of the flanger
Value: -100–100
Appendix
Output L
EFF SW
FB
XFB
EFF SW
FB
Output R
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