AER Domino 3 Bedienungsanleitung Seite 13

6. Technische Daten Domino 3, Teil 2
Power
Power amp 2 x 100 W / 4 ohms,
discrete bipolar transistor design
Dynamic range: 100 dB (A-weighted,
see note 2)
Limiter threshold
2 x 85 W
Analog signal Subsonic filter, low distortion
processing
RMS limiter
Speaker system Two 8" (200 mm) twin cone
full-range speakers,
bass reflex enclosure
Mains power
Mains voltage (depending on model):
100, 120, 230, or 240 V AC, 50–60 Hz.
Power consumption: max. 420 W
Mains fuse
5 x 20 mm
Slow 3.15 A for 230 and 240 V models
Slow 6.3 A for 100 and 120 V models
General
Cabinet
15 mm (0.6") finnish birch plywood
Finish Waterbased acrylic, black spatter finish
Dimensions 365 mm (14.37") high
420 mm (16.54") wide
300 mm (11.81") deep
Weight 16 kg (35.3 lbs)
Notes:
1. Input sensitivity
Input sensitivities refer to 2 x 85 watts into 4 ohms, full
gain and master settings, neutral tone control settings,
and 1 kHz sine-wave test signal.
2. Noise and dynamic range
Equivalent input noise voltage was obtained by measuring
noise voltage at speaker output and dividing by the
effective voltage gain of the amplifier. Full gain and master
settings, neutral tone control settings, input shorted,
measuring bandwidth 20 Hz – 20 kHz.
Dynamic range: Range between output signal at limiter
threshold and A-weighted output noise with master
volume in zero position.
3. Output levels
Output levels refer to 50 mV / 1 kHz sine-wave test signal
at channel 1 input in line mode, full gain and master
settings, and neutral tone control settings.
4. Options
The following options can be activated by jumper settings.
9 V phantom power can be enabled for channels 2 and
4 if required. (Not recommended generally, because only
a common switch will be available for channels 1/2, and
channels 3/4 respectively)
48 V phantom power can be disabled for each
of the four channels.
DI output can be changed from post-equalizer to
pre-equalizer (tone controls) for each channel, and
disconncted from aux in, internal, and external effects.
Send level can be made dependent on eff. send controls
for each channel.
Rec out level can be made dependent on pre out
control. 0 dBV = 1 V
Specifications and appearance subject to change without
notice.
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