Klark Teknik MIDAS XL250, Manual

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MIDA S XL2504
20
60
160
400
100
300 800
2k
EQ
EQ
treble
mid
60
25
15
40
high
pass
bass
right
left
-15
0
+15
-15
0
+15
-15
0
+15
O O
48V
PAD
gain
L
R
10k
4k
1k5
500
X5
The PHASE switches activate a 180
degree phase change within the
corresponding input amplifier.
The dual concentric GAIN controls
give continuous adjustment of the
input amplifier gains from + 15dB to
+ 60dB. The left channel is on top
and the right channel is on the
bottom.
The PAD switch gives 25dB of
attenuation in both input signals to
allow the connection of high output
microphones or line level signals. If
the input amplifiers are transformer
coupled (option) the pad greatly
reduces the risk of saturation at very
low frequencies.
The 48V switch connects 48 volt
phantom power to both input
connectors and is suitable for
condenser microphones or DI boxes.
The LEFT switch places the left
channel signal onto both left and
right channels.
The RIGHT switch places the right
channel signal onto both left and
right channels. If the left and right
switches are both active a mono sum
signal is fed to both channels of the
input channel.
The TREBLE control gives
continuous adjustment of boost and
cut from + 15dB to - 15dB with a
0dB centre detent. The frequency is
fixed at 10K.
The MID control gives continuous
adjustment of boost and cut from +
15dB to - 15dB with a 0dB centre
detent.
The mid FREQ. control gives
continuous adjustment of the
frequency range that the mid
equaliser acts on from 100Hz to 2K.
The WIDTH control selects the
bandwidth of the mid equaliser to be
1.5 octave or 0.3 octave.
The FREQ. X 5 control increases the
mid equaliser frequency so that it
operates between 500Hz and 10K.
The BASS control gives continuous
adjustment of boost and cut from +
15dB to - 15dB with a 0dB centre
detent. The frequency is fixed at
100Hz.
The EQ switches connect the
equalisers in or out of the input
channel signal paths.
The HI PASS filter control is
continuously adjustable from 20Hz
to 400Hz.
The HI PASS switch connects the
filters in the input channel signal
path before the insert points.
6