Bedienungsanleitung Behringer X32 Rack (Seite 35 von 64) (Englisch)

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35 X32 RACK DIGITAL MIXER User Manual

7.2. 3 Home Screen: Gate Tab

The gate tab contains the following parameters, divided among two pages,

thatcan be adjusted using the six rotary-push encoders:

Page 1

1. Adjust the 1st encoder to set the input threshold of the gate.

2. Tap the 1st encoder to toggle the noise gate in/out of the signal path.

3. Adjust the 2nd encoder to set the range of a “ducking” eect applied to

thechannel.

4. Tap the 2nd encoder to toggle the ducker eect in/out of the signal path.

5. Adjust the 3rd encoder to set the attack time of the onset of the noise

gateeect.

6. Adjust the 4th encoder to set the hold time of the noise gate eect.

7. Adjust the 5th encoder to set the release time of the noise gate,

controllinghow quickly the gate opens up and lets the signal through.

Page 2

1. Encoders 1 and 2 function the same on pages 1 and 2.

2. Adjust the 4th encoder to set the frequency of the key lter that can be used

to trigger the noise gate.

3. Tap the 4th encoder to toggle the key lter on/o, allowing a specic

frequency to control the gate.

4. Adjust the 5th encoder to set the steepness of the EQ slope used in the

keylter.

5. Tap the 5th encoder to send the key source to the solo bus, allowing the key

source to be monitored and evaluated.

6. Adjust the 6th encoder to select the specic key source to be used.

Choicesinclude “self” (the channel’s own signal) as well as any other

input/output of the console.

7. Tap the 6th encoder to assign the selected key source to the gate.

7.2. 4 Home Screen: Dynamics Tab

The dynamics tab contains the following parameters that can be adjusted using

the six rotary-push encoders:

Page 1

1. Adjust the 1st encoder to set the input threshold of the compressor.

2. Tap the 1st encoder to toggle the compressor in/out of the signal path.

3. Adjust the 2nd encoder to set the ratio of the compressor.

4. Tap the 2nd encoder to switch the channel dynamics eect between

compression and expansion.

5. Adjust the 3rd encoder to set the attack time of the compressor eect.

6. Tap the 3rd encoder to switch the compressor between Peak and RMS

(root-mean-squared) mode, where the average level of the signal is

evaluated more than any specic peak of the channel material.

• PEAK: A peak sensing compressor responds to the instantaneous level

of the input signal. While providing tighter peak control, peaksensing

might yield very quick changes in gain reduction, more evident

compression, or sometimes even distortion. This mode is very suitable

for control/limiting of dynamic material.

• RMS: In this mode, the compressor applies an averaging function on the

input signal before its level is compared to the threshold. Thisallows

a more relaxed compression that also more closely relates to our

perception of loudness. Sharp dynamic transients will be less aected in

this mode. This mode is good for controlling levels in a mix.

7. Adjust the 4th encoder to adjust the “hold” time of the compressor.

• “Hold” time is a parameter not often found on commercial units, but is

very handy. If a compressor is set to use a very fast attack/release time,

audible distortion can occur, because the compressor is trying to work

on individual waveform cycles of the signal instead of sound envelope

as a whole. The “hold” parameter works around this issue by providing

a short delay. This delay prevents the compressor from releasing until a

certain time has passed.

8. Tap the 4th encoder to switch between Linear and Logarithmic modes for the

compressor. Following are some brief denitions of these dierent modes:

• LOG: This mode is used in many well-respected compressors and is the

natural result of more recent analogue units employing logarithmic

side chains and resistor/capacitor time constants. The exponential/

dB law has some interesting characteristics. Firstly, the time taken to

complete a compression event tends to stay the same however large

the dynamic signal excursion is. Also, since the peak rate of gain change

increases with dynamic excursion, the resulting harmonic content due

to compression tends to follow the loudness of the program in a way

the ear expects. This helps to mask the eects of the compression and

thus provides the most forgiving solution, being tolerant to diering

timing settings and program material. This makes it the best choice

for general compression use and overall dynamic control of complex

musical program.

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Behringer X32 Rack Seite 35

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