Crossover Editing - Standard Routing View - EAW UMX.96 Owner's Manual

EAW UMX.96 Owner's Manual
12.5.1.11 Crossover Editing – Standard Routing View
In standard routing view, you are presented with only the number of band controls for the type of crossover configured
(2, 3, or 4-way). Figure 12.5.4 shows the crossover configuration screen for the standard 3-way crossover. Each band has a
high-pass filter and a low-pass filter that defines its passband. Each filter has selectable filter type and slope.
Figure 12.5.4
Crossover Controls
Graph Area
Graph showing frequency response curves and gain for up to four bands
X-OVER IN Four numbered buttons that bypass the filters for that output
MUTE Mutes that entire band
INV Polarity invert
GAIN
Output gain
HP FILTER
High-pass filter forms the LF end of the bandpass filter
LP FILTER
Low-pass filter forms the HF end of the bandpass filter
IN
Turns filter on
CORNER FREQ –3 dB frequency of the filter
FILTER TYPE Slope and characteristic of that filter
X-Over In Button
Gain
Touch and Spin readout
Note: The MUTE, INV, and GAIN shown in the crossover are the same controls found at the end of each out-
put leg. They are duplicated here for convenience.
CAUTION: If you are using the crossover as the primary crossover in a multi-way multi-amplified system, it
is dangerous to bypass the crossover filtering to any transducer that is not a cone speaker; i.e., compression
drivers. Compression drivers presented with full-range signals have very short lifetimes. Therefore, you will
always be presented with a confirmation dialog when disabling crossovers.
In/Out
0/180 degrees
±12 dB (Touch and Spin)
In/Out
20 Hz - 20 kHz (Touch and Spin)
Butterworth: 6, 12, 18, 24 dB/octave
Bessel: 6, 12, 18, 24 dB/octave
Linkwitz-Riley: 12, 24 dB/octave
(Touch and Spin)
X-Over In/Out button. This is the entire X-Over band,
both the HPF and LPF.
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Touchscreen Interface