Kenwood KRF-V4080D - Manual (Page 35)

35 EN
ENGLISH
Specifications Caution : Read this page carefully to ensure safe
operation.
AUDIO section
Rated power output during STEREO operation
DIN/IEC (63 Hz ~ 12.5 kHz, 0.7% T.H.D., at 6Ω)
............................................................................... 100 W + 100 W
Effective power output during SURROUND operation
FRONT
(1 kHz, 0.7% T.H.D. at 6Ω one channel driven) .... 100 W + 100 W
(1 kHz, 10% T.H.D. at 6Ω one channel driven) ..... 120 W + 120 W
CENTER
(1 kHz, 0.7% T.H.D. at 6Ω one channel driven) ................... 100 W
(1 kHz, 10% T.H.D. at 6Ω one channel driven) .................... 120 W
SURROUND
(1 kHz, 0.7% T.H.D. at 6Ω one channel driven) .... 100 W + 100 W
(1 kHz, 10% T.H.D. at 6Ω one channel driven) ..... 120 W + 120 W
SUBWOOFER (KRF-V5580)
(80Hz, 0.7% T.H.D. at 6Ω one channel driven) ................. 100 W
(80Hz, 10% T.H.D. at 6Ω one channel driven) .................. 120 W
Total harmonic distortion ..................... 0.05% (1kHz, 50 W, 6Ω)
Frequency response (IHF’66)
CD/DVD ...................................... 20 Hz ~ 70 kHz, +0 dB, –3.0 dB
Signal to noise ratio (IHF’66)
PHONO (MM) (KRF-V4080D) ............................................... 74 dB
CD/DVD, AUX, TAPE, VIDEO 1, VIDEO 2 .......................... 95 dB
Input sensitivity / impedance
PHONO (MM) (KRF-V4080D) ............................... 7.5 mV / 27 kΩ
CD/DVD ................................................................ 550 mV / 47 kΩ
DVD/6CH INPUT (KRF-V4080D) ......................... 550 mV / 15 kΩ
Output level / impedance
TAPE REC ............................................................... 550 mV / 1 kΩ
PRE OUT (SUBWOOFER) (KRF-V4080D) ............. 1.5 V / 2.2 kΩ
Tone control
BASS ................................................................ ±10 dB (at 100 Hz)
TREBLE ............................................................ ±10 dB (at 10 kHz)
Loudness control
VOLUME at -30dB level ................................... +8 dB (at 100 Hz)
DIGITAL AUDIO section
Sampling frequency ....................... 32 kHz, 44.1 kHz, 48 kHz, 96kHz
Input level / impedance / wave length
Optical ............................ (–15 dBm ~ –21 dBm), 660 nm ±30nm
Coaxial ................................................................... 0.5 Vp-p / 75 Ω
VIDEO section
VIDEO inputs / outputs
VIDEO (composite) ................................................. 1 Vp-p / 75 Ω
FM tuner section
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 (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, –3.0 dB
AM tuner section
Tuning frequency range ..................................... 531 kHz ~ 1,602 kHz
Usable sensitivity ................................................. 16 µV / (600 µV/m)
Signal to noise ratio (30% mod. 1 mV input) ........................... 50 dB
GENERAL
Power consumption ................................................................... 280W
AC outlet
SWITCHED ....................................................... (total 90 W max.)
Dimensions .................................................... W : 440 mm ( 17-5/16")
H : 143 mm ( 5-5/8")
D : 303 mm ( 11-15/16")
Weight (Net) .................................................................. 7.8 kg (17.2 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 water-freezing temperature).
04.1.24, 7:26 PM 35