Kenwood 106VR Instruction Manual page 29

t Caution: Read this page carefully to ensure safe operation.
10BVR/105VR lEn)
Audio section
Rated power output at the STEREO operation
100 watts per channel minimum RMS, both channels
driven at 8from 40 Hz to 20,000 Hz with no more than
0.7 % total harmonic distortion. (FTC)
1 kHz, 10 % THD at 8 Q.120 W + 120 W
(DIN/IEC) from 63 Hz to 12,500 Hz,
0.7 % T.H.D., at 8 a.100 W + 100 W
Power output at the Surround operation
Front (1 kHz, 0.7 % T.H.D. at 8 U) .100 W + 100 W
Center (1 kHz, 0.7 % T.H.D. at 8 12) .100 W
Surround (1 kHz. 0.7 % T.H.D. at 8 12) .100 W
Front (1 kHz, 10 % T.H.D. at 8 Q) .120 W + 120 W
Center (1 kHz, 10 % T.H.D. at 8 12).120 W
Surround (1 kHz, 10
%
T.H.D. at 8 12).120 W
Total harmonic distortion (1 kHz, 8 12). 0.3 % at 50 W
Signal to noise ratio (IHF'66)
PHONO (MM).75 dB
CD.:.93 dB
Input sensitivity / impedance
PHONO (MM) .3.0 mV / 47 kl2
CD.220 mV / 47 kl2
Output level / impedance
Sub woofer preout.2.0 V / 600 12
Tone controls
BASS.± 8 dB (at 100 Hz)
MIDDLE.± 8 dB (at 900 Hz)
TREBLE.t 8 dB (at 10 kHz)
N.B. circuit..+ 5 dB (80 Hz)
Vide
0
section
VIDEO inputs / outputs (Composite).1 Vp-p / 75 12
FM Tuner sectim
Tuning frequency range.87.5 MHz~108 MHz
Usable sensitivity
MONO . 2.0 pV (at 75 12) / 17.2 dBf
(75 kHz dev., SINAD 30 dB)
50 dB quieting sensitivity
STEREO.35 pV (at 75 Q) / 42.2 dBf
Total harmonic distortion (1 kHz)
MONO .0.7 % (65 dBf input)
STEREO.0.8
%
(65 dBf input)
Signal to noise ratio (1 kHz 75 kHz dev.)
MONO .73 dB (65 dBf input)
STEREO.66 dB (65 dBf input)
Selectivity (IHF ± 400 kHz).50 dB
Stereo separation (1 kHz).40 dB
Frequency response.30 Hz -« 15 kHz, + 0.5 dB, - 3.0 dB
iflM 7i/nef
Tuning frequency range
9 kHz.531 kHz - 1,602 kHz
10 kHz. 530 kHz - 1,610 kHz
Usable sensitivity (30 % mod., S/N 20 dB)
.13 pV / (500 pV / m)
Signal to noise ratio (30 % mod., 1 mV input).50 dB
Qpneraf . .
Power consumption.250 W
jLAC outlet
SWITCHED.1 : (50 W max.)
Dimensions.W: 440 mm
H: 127 mm
D: 389 mm
Weight (net).9.0 kg
1 KENWOOD follows a policy of continuous advancements in development. For this reason specifications may be changed without notice
2 Full performance may not be exhibited in extremely cold locations (below 0 deg.Cl.