X.mod Delay; Cross-Modulation Delay - RSS M-380 Owner's Manual

Appendix
FEEDBACK LEVEL (Feedback level)
Amount of delayed sound returned to the input of the delay.
The feedback level specifies the amount of sound that is returned.
Increasing this setting will increase the number of delay repetitions.
Value: 0–100
LO FREQ DAMP GAIN
Low-frequency attenuation of the delay sound
Value: -36.0–0.0 dB
LO FREQ DAMP FREQ
Frequency at which the low-frequency region of the delay sound
begins to be attenuated
Value: 20 Hz–2.00 kHz
HI FREQ DAMP GAIN
High-frequency attenuation of the delay sound
Value: -36.0–0.0 dB
HI FREQ DAMP FREQ
Frequency at which the high-frequency region of the delay sound
begins to be attenuated
Value: 200 Hz–20.00 kHz
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

X.MOD DELAY

(Cross-modulation Delay)

fig.AlgoXModDelay.eps
DRY
Input L
FB
Delay L
XFB
Delay R
FB
Input R DRY
This is a stereo-in, stereo-out cross-modulation delay.
Delay
DELAY UNIT
Specifies the units for delay
Value: msec, Meter, Feet, Frame (24, 25, 29.97, 30), Note)
224
Output L
PRE DPF
WET
POSITION
DPF
POST DPF
Modulation
WET
POST DPF POSITION
DPF
PRE DPF
Output R
MODULATION WAVE
Waveform used for modulation
Value: SIN, SQR, EXP+, EXP-
MODULATION RATE
Value: 0.1–10.0 Hz
MODULATION DEPTH
Depth of modulation
Value: 0–100
MODULATION PHASE
Phase difference between modulation L and R
Value: -180–180 deg
L TIME
Time from the original sound until the left-channel delay is heard
Value: 0.0–1000 ms
R TIME
Time from the original sound until the right-channel delay is heard
Value: 0.0–1100 ms
FB (Feedback)
Amount of delayed sound returned to the input of the delay.
The feedback level specifies the amount of sound that is returned.
Increasing this setting will increase the number of delay repetitions.
Value: 0–100
XFB (Cross feedback)
Amount of delayed sound returned to the input of the delay of the
opposite side
Value: 0–100
Cross feedback will feed back the effect sound to the opposite
input (left or right).
LO FREQ DAMP GAIN
Low-frequency attenuation of the delay sound
Value: -36.0–0.0 dB
LO FREQ DAMP FREQ
Frequency at which the low-frequency region of the delay sound
begins to be attenuated
Value: 20 Hz–2.00 kHz
HI FREQ DAMP GAIN
High-frequency attenuation of the delay sound
Value: -36.0–0.0 dB
HI FREQ DAMP FREQ
Frequency at which the high-frequency region of the delay sound
begins to be attenuated
Value: 200 Hz–20.00 kHz