Mono Flanger Fx2.0 - Tascam DM-4800 Manual

Digital mixing console
Hide thumbs Also See for DM-4800:
Table of Contents

Advertisement

Effect parameter list
Parameter
Indicator
Output wet
Wet X-Feed
cross feed
Mixture
Mixture

MONO FLANGER FX2.0

This flanger effect features mono-in and stereo-out.
It uses the same algorithm as the chorus effects, and
Parameter
Indicator
LFO rate
LFO Rate
LFO depth
LFO Depth
Pre-delay
Pre-Delay
Feedback
FeedbkAmt
amount
Feedback
InvertFbk
inversion
LFO waveform
LFO Type
type
LFO softening
LFO Smooth
Dry delay
DryDly
(Thru 0)

TASCAM DM-4800 Effect list
Range
0% - 100% (1% steps)
0% - 100% (1% steps)
Table 1.3: Mono Flanger parameters
Range
Freeze, 0.01 Hz - 30.00 Hz (0.01 Hz steps)
0.0% - 100.0% (0.1% steps)
0 ms - 500 ms
(0 ms - 9.99 ms: 0.01 ms steps;
10 ms - 99 ms: 1 ms steps;
100 ms - 500 ms: 10 ms steps)
0% - 90% (1% steps)
Off, On
Off, Sine, Triangle, Sawtooth Up, Sawtooth
Down, Square
0.0% - 100.0% (0.1% steps)
0.0% - 100.0% (0.1% steps)
Description
Specifies pan for L/R wet
channel outputs.
Specifies mix ratio of
dry feedback delay sig -
nal and LFO modulation
signal.
the parameters are identical to the mono chorus pa-
rameters.
Description
Specifies LFO frequency.
Specifies LFO modula-
tion depth.
Specifies time between
onset of original sound
and onset of the effect
sound.
Specifies amount of
delay line output signal
returned to delay line
input.
Determines whether
or not feedback path
output signal will be
inverted.
Specifies LFO waveform
type.
Specifies low-pass filter
coefficient applied to
LFO waveform.
Specifies delay of dry
signal that simulates
" through zero" flanging.
Remarks
With 0%, L channel wet
signal is output from L
channel, and R channel
wet signal is output
from R channel. With
100%, L channel wet
signal is output from R
channel and R channel
wet signal is output
from L channel.
Remarks
Using this parameter
enables you to make
interesting and detailed
settings based on subtle
changes due to phase
cancellation.
This parameter improves
unnatural sound at
discontinuous points by
smoothening out edges
of sawtooth or square
waveform.

Advertisement

Table of Contents
loading

Table of Contents