Behringer MiniFBQ FBQ800 User Manual Page 9

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9
MINIFBQ FBQ800
DEUTSCH
2. CONTROL ELEMENTS
If you activated all control elements ( ), you can use control elements through to EQ the
input signal, as follows:
RANGE button: To select a range for the EQ faders, use this button, which can appear:
V pushed in and illuminated: The fader range extends from -6 dB to +6 dB.
V not pushed in and not illuminated: The fader range extends from -12 dB to +12 dB.
FBQ IN button: To manage the FBQ Feedback Detection System, use this button, which can appear:
V pushed in and illuminated: The FBQ Feedback Detection System is activated. If the signal
level is high in a frequency band, the relevant fader LED illuminates brightly. In addition,
all other fader LEDs are dimmed. To reduce the potential for feedback, cut the signal in
the relevant frequency band ( ).
V not pushed in and not illuminated: The FBQ Feedback Detection System is not activated. Fader
LEDs illuminate with identical brightness. They do not identify possible feedback frequencies.
EQ section: If you activated all control elements ( ), the input signal travels to the EQ
section. In this section, you EQ (EQualize) the input signal. This means that you emphasize
and de-emphasize specific frequencies, many of which are associated with specific sounds.
For details, see About sounds and their frequency bands, which follows.
About the frequency-band faders
The EQ section includes 9 frequency bands. For each of these frequency bands, the EQ
section includes a single fader. The center frequency of each frequency band is displayed
directly above the relevant fader, as follows:
V
63
V
500
V
4k
V
125
V
1k
V
8k
V
250
V
2k
V
16k
These center frequencies are expressed in hertz. The letter k is the abbreviation for kilo
(kilohertz). Notice that the center frequencies increase in one-octave steps. This means that
equal intervals of pitch separate the frequency bands.
About sounds and their frequency bands
To help you EQ, the following table lists some typical sounds and identifies the frequency
bands in which they occur. The table also describes what happens to some sounds when
you overemphasize them:
The preceding table is continued on the following page.
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