Specifications
Power source ............................. 14.4 V DC (10.8 V to 15.1 V
allowable)
Grounding system ................... Negative type
Current consumption ............ 30 A (at continuous power,
4
W
)
Average current drawn ......... 10 A (4
W
for two channels)
19 A (4
W
for one channel)
Fuse ................................................ 30 A × 2
Dimensions (W × H × D) ... 265 mm × 62 mm × 346
mm
(10-3/8 in. ×2-1/2 in. × 1 ft.
2 in.)
Weight .......................................... 3.8 kg (Leads for wiring not
included)
Maximum power output ....... 250 W × 2 (4
W
) / 760 W × 1
(4
W
)
Continuous power output ... 125 W × 2 (at 14.4 V, 4
W
, 20
Hz to 20 kHz 0.2% THD)
380 W × 1 (at 14.4 V, 4
W
, 20
Hz to 20 kHz 0.8% THD)
190 W × 2 (at 14.4 V, 2
W
, 20
Hz to 20 kHz 0.8% THD)
Load impedance ...................... 4
W
(2
W
to 8
W
allowable)
(Bridge connection: 4
W
to 8
W
allowable)
Frequency response ............... 10 Hz to 50 kHz (+0 dB,
–
1
dB)
Signal-to-noise ratio ............... 95 dB (IHF-A network)
Distortion ..................................... 0.03 % (10 W, 1 kHz)
Separation .................................. 70 dB (1 kHz)
Low pass filter:
Cut off frequency ........... 80 Hz
Cut off slope .....................
–
12 dB/oct
Bass boost:
Frequency .......................... 50 Hz
Level ..................................... 0 dB/6 dB/12 dB
Gain control:
RCA ...................................... 200 mV to 6.5 V
Speaker .............................. 0.8 V to 26 V
Maximum input level / impedance:
RCA ...................................... 6.5 V / 22 k
W
Speaker .............................. 26 V / 90 k
W
CEA2006 Specifications
Power output ............................. 125 W RMS × 2 Channels
(at 14.4 V, 4
W
and
≦
1 %
THD+N)
380 W RMS × 1 Channels
(at 14.4 V, 4
W
BRIDGE and
≦
1 % THD+N)
190 W RMS × 2 Channels
(at 14.4 V, 2
W
and
≦
1 %
THD+N)
S/N ratio ....................................... 75 dBA (reference: 1 W into
4
W
)
Notes
!
Specifications and the design are subject to
modifications without notice due to improve-
ments.
!
The average current drawn is nearly the maxi-
mum current drawn by this unit when an
audio signal is input. Use this value when
working out total current drawn by multiple
power amplifiers.
Additional information
En
13
English
Appendix
