4.D.3 (OUTPUT) SOURCE
The SOURCE setting will determine which Inputs are routed to which Outputs.
(a.) Press (A/1, B/2, C/3 or D/4) to enter OUTPUT mode (CH, Number).
(b.) Press Left or Right until the screen above is shown.
(c.) Use Up/Down to choose A, B, or A+B, (or C, D, or C+D on the
DCM2004Lx).
You can use the QUICK SETUP feature in the SYSTEM menu to easily set
up the outputs as a full system.
4.D.4 (OUTPUT) PHASE
(a.) Press (A/1, B/2, C/3 or D/4) to enter OUTPUT mode (CH, Number).
(b.) Press Left or Right until the screen above is shown.
(c.) Use Up/Down to choose IN or OUT of phase. (0 or 180 degrees).
This can be used to adjust the phase of individual components in a multi-
component system (2-way, 3-way, 4-way systems) or to correct a speaker
wired out of phase. Some feedback problems can be solved with PHASE.
4.D.5 (OUTPUT) LOW / HIGH PASS FILTERS: Crossover
The LPF and HPF determine crossover points. Only frequencies below the LPF
and above the HPF are sent to the selected OUTPUT.
Example: Output 1 LPF
,
.
,
.
Frequency = 1.00 kHz
Type = Linkwitz-Riley
24dB/oct
Example: Output 1 HPF
Frequency = 40.0 Hz
Type = Linkwitz-Riley
48dB/oct
The resulting frequency range of OUTPUT 1 is 40Hz-1kHz.
(a.) Press (A/1, B/2, C/3 or D/4) to enter OUTPUT mode (CH, Number).
(b.) Press Left or Right until one of the screens above is shown.
(c.) Use Left/Right to choose LPF Freq. and LPF Type then on the next
screen HPF Freq. and HPF Type
(d.) Use Up/Down to change the parameter.
LPF: Set the Low Pass Filter frequency (Hi Cut) and Filter type.
HPF: Set the High Pass Filter frequency (Low Cut) and Filter type.
Filter types:
OFF: no cutoff
BUTTER 6 : Butterworth 6db/octave slope (1
st
order)
14
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