Specifications
Rated output power during STEREO operation |
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(63 Hz – 12.5 kHz, 0.7% T.H.D., at 6 Ω)............. | 100 W + 100 W |
Effective output power during STEREO operation | |
RMS (1 kHz, 10% T.H.D., at 6 Ω) ......................... | 120 W + 120 W |
Effective power output during SURROUND operation
FRONT
(1 kHz, 0.7 % T.H.D. at 6 Ω one channel driven)100 W + 100 W (1 kHz, 10 % T.H.D. at 6 Ω one channel driven) 120 W + 120 W
CENTER |
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(1 kHz, 0.7 % T.H.D. at 6 Ω one channel driven) .............. | 100 W |
(1 kHz, 10 % T.H.D. at 6 Ω one channel driven) ............... | 120 W |
SURROUND |
|
(1 kHz, 0.7 % T.H.D. at 6 Ω one channel driven)100 W + 100 W (1 kHz, 10 % T.H.D. at 6 Ω one channel driven) 120 W + 120 W
Total harmonic distortion ............................. | 0.05 % (1 kHz, 50 W, 6 Ω) |
Frequency response (IHF’66) |
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CD/DVD..................................... | 20 Hz – 70 kHz, +0 dB – |
Signal to noise ratio (IHF’66) |
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CD/DVD.............................................................................. | 100 dB |
Input sensitivity / impedance |
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CD/DVD, AUX, MD/TAPE, VIDEO 1, VIDEO 2 .... 550 mV / 40 kΩ | |
AV AUX ................................................................ | 550 mV / 50 kΩ |
DVD/6CH INPUT ................................................. | 550 mV / 27 kΩ |
Output level / impedance |
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REC OUT (MD/TAPE, VIDEO 1)........................... | 550 mV / 470 Ω |
PRE OUT (SUBWOOFER) ........................................ | 1.5 V / 1.5 kΩ |
Tone control |
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BASS ............................................................... | ±10 dB (at 100 Hz) |
TREBLE ........................................................... | ±10 dB (at 10 kHz) |
Sampling frequency ................. | 32 kHz, 44.1 kHz, 48 kHz, 96 kHz |
Input level / wave length |
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Optical ......................... | |
Input level / impedance |
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Coaxial............................................................... | 0.5 |
VIDEO inputs / impedance |
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VIDEO (composite) .............................................. | 1 |
VIDEO outputs / impedance |
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VIDEO (composite) .............................................. | 1 |
COMPONENT VIDEO inputs/ impedance (For Australia) | |
COMPONENT VIDEO | 1 |
COMPONENT VIDEO (CB/ | 0.7 |
COMPONENT VIDEO outputs/ impedance (For Australia) | |
COMPONENT VIDEO | 1 |
COMPONENT VIDEO (CB/ | 0.7 |
Tuning frequency range | .......................... | 87.5 MHz – 108.0 MHz | |
Usable sensitivity (DIN at 75 Ω) |
| ||
MONO .................. | 1.3 | μV / 13.2 dBf (40 kHz DEV., S/N 26 dB) | |
STEREO ................. | 45 | μV / 42.1 dBf (46 kHz DEV., S/N 46 dB) | |
Total harmonic distortion (DIN at 1 kHz) |
| ||
MONO .................................................... |
| 0.2% (71.2 dBf input) | |
STEREO .................................................. |
| 0.8% (71.2 dBf input) | |
Signal to noise ratio (DIN weighted at 1 kHz) | |||
MONO ............................ | 65 dB (40 kHz DEV., 71.2 dBf input) | ||
STEREO ........................... | 60 dB (46 kHz DEV., 71.2 dBf input) | ||
Stereo separation (DIN 1 kHz) ............................................ | 36 dB | ||
Selectivity (DIN ±300 kHz) ................................................. | 64 dB | ||
Frequency response (30 Hz – 15 kHz) ............. | +0.5 dB, |
Tuning frequency range............................. 531 kHz – 1,602 kHz
Usable sensitivity (30% mod., S/N 20 dB).... 16 μV / (600 μV/m)
Signal to noise ratio (30% mod.)
...................................................... | 50 dB (60 dBμV EMF input) |
General |
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Power consumption ........................................................... | 250 W |
Standby power consumption ............................. | less than 0.6 W |
Dimensions ............................................... | W: 440 mm |
.................................................................... | H: 159 mm |
................................................................. | D: 343 mm |
Weight (net) ......................................................... | 8.1 kg (17.9 lb) |
Notes:
1.Kenwood follows a policy of continuous advancements in development. For this reason specifications may be changed without notice.
2.The full performance may not be exhibited in an extremely cold location (under a
38 English