27
GM-X822,X722
Power source .............................................................................................................. 14.4 V DC (10.8 — 15.1 V allowable)
Grounding system ............................................................................................................................................ Negative type
Current consumption ........................................................................................................ 22.5 A (at continuous power, 4
Ω
)
Average current drawn* ............................................................................................................ 6.5 A (4
Ω
for two channels)
11.3 A (4
Ω
for one channel)
Fuse ............................................................................................................................................................................ 20 A
×
2
Dimensions ........................................................................................................................ 255 (W)
×
61 (H)
×
260 (D) mm
[10 (W)
×
2-3/8 (H)
×
10-1/4 (D) in.]
Weight ........................................................................................................ 3.4 kg (7.5 lbs.) (Leads for wiring not included)
Maximum power output ........................................................................................................ 160 W
×
2 / 480 W
×
1 (EIAJ)
Continuous power output ............................................................ 80 W
×
2 (at 14.4V, 4
Ω
, 20 — 20,000 Hz, 0.04% THD)
240 W
×
1 (at 14.4V, 4
Ω
, 20 — 20,000 Hz, 0.4% THD)
120 W
×
2 (at 14.4V, 2
Ω
, 20 — 20,000 Hz, 0.4% THD)
Load impedance ............................................................................................................................ 4
Ω
(1 — 8
Ω
allowable)
(Bridge connection: 2 — 8
Ω
allowable)
Frequency response ............................................................................................................ 10 — 50,000 Hz (+0 dB, –1 dB)
Signal-to-noise ratio ...................................................................................................................... 102 dB (IHF–A network)
Distortion ............................................................................................................................................ 0.004% (10 W, 1 kHz)
Separation ........................................................................................................................................................ 70 dB (1 kHz)
Low pass filter .................................................................................................................... Cut off frequency: 50 — 120 Hz
Cut off slope: –12 dB/oct
High pass filter .................................................................................................................. Cut off frequency: 50 — 120 Hz
Cut off slope: –12 dB/oct
Bass boost (GM-X822) .................................................................................................................. Frequency: 40 — 120 Hz
Gain: 0 — 12 dB
Bass boost (GM-X722) .............................................................................................................................. Frequency: 60 Hz
Gain: 0 — 12 dB
Input level / impedance .......................................................................................................................... 0.4 — 6.5 V/22 k
Ω
Note:
• Specifications and the design are subject to possible modification without notice
due to improvements.
*Average current drawn
• The average current drawn is nearly the maximum current drawn by this unit
when an audio signal is input. Use this value when working out total current
drawn by multiple power amplifiers.
SPECIFICATIONS
Summary of Contents for GM-X722 X1R/ES
Page 3: ...3 GM X822 X722 2 4 3 1 10 7 9 8 5 6 8 11 2 EXPLODED VIEWS AND PARTS LIST 2 1 PACKING Fig 1 ...
Page 5: ...5 GM X822 X722 2 2 EXTERIOR Fig 2 ...
Page 11: ...11 GM X822 X722 ...
Page 13: ...13 GM X822 X722 5 6 7 8 5 6 7 8 A A B C D CN553 AN MOTOR Fig 5 C ...
Page 22: ...22 GM X822 X722 7 3 BLOCK DIAGRAM Fig 11 C A B ...
Page 28: ......