Ping-pong delay — pdl, Stereo modulation delay — smd – Yamaha FX550 User Manual

Page 25

Attention! The text in this document has been recognized automatically. To view the original document, you can use the "Original mode".

Advertising
background image

Chapter 4: Effect parameters

Ping-Pong Delay — PDL

The ping-pong delay effect delays the signal, then outputs the signal to the left and right outputs
alternately, so the delayed signal appears to bounce across the stereo image.

DLY

Delay Time

0.1 ~ 450 msec

FB

Feedback Level

0 - 1 0 0 %

The amount of effected signal that is fed
back into the effect.

DIR

Direction

L

L —> bounce from L to R.

R

<— R bounce from R to L.

MIX

Mixing Balance

0 - 100%

0 = dry signal.
50 = 50% ping-pong delay 50% dry signal.

100 = 100% ping-pong delay.

LVL

Output Level

- o°, -30 dB - +6 dB

Sets the output level of the effect.

Typ

Filter Type

HPF, LPF

Frq

Cut Off Frequency

HPF:THRU,

32 Hz - 1.0 kHz

LPF: 1.0 k H z - 1 6 kHz,

THRU

Stereo Modulation Delay — SMD

The stereo modulation delay effect delays the left and right output signals using different delay
times, then modulates both delay times. It produces a rich stereo thickening effect, similar to
chorus hut with two independent delays and feedback parameter.

DLYL

Left Channel Delay

Time

0.1 - 450 msec

DLYR

Right Channel
Delay Time

0.1 - 450 msec

FB

Feedback Level

0 - 1 0 0 %

The amount of effected signal that is fed

back into the effect.

SPD

Modulation Speed

0.1 Hz - 20 Hz

DEP

Modulation Depth

0 - 1 0 0 %

L/R

L/R Balance

L50 - L=R - R50

If the DLYL and DLYR parameters are set to

the same (or similar) delay times, this effect

may sound like a signal phasing problem. If
so, adjust the L/R parameter to correct it.

MIX

Mixing Balance

0 - 100%

0 = dry signal.
50 = 50% stereo mod delay 50% dry signal.

100 = 100% stereo mod delay.

LVL

Output Level

- oo, -30 dB - +6 dB

Sets the output level of the effect.

Typ

Filter Type

HPF, LPF

Frq

Cut Off Frequency

HPFiTHRU,

32 Hz - 1.0 kHz

LPF; 1.0 kHz - 16 kHz,

THRU

23

Advertising