Kenwood 106VR Instruction Manual page 31

A\ Caution; Read this page carefully to ensure safe operation.
106VR/1Q5VR (En]
Audio section
Rated power output at the STEREO operation
50 watts per channel minimum RMS, both channels driven
at 8 12, from 40 Hz to 20,000 Hz with no more than 0.7 %
total harmonic distortion. (FTC)
1 kHz, 10 % THD at 8 12.70 W + 70 W
(DIN/IEC) from 63 Hz to 12,500 Hz,
0.7 % T.H.D., at 8 12.50 W + 50 W
Power output at the Surround operation
Front (1 kHz, 0.7 % T.H.D. at 8 12) .50 W + 50 W
Center (1 kHz, 0.7 % T.H.D. at 8 12) .50 W
Surround (1 kHz, 0.7 % T.H.D. at 8 12) .50 W
Front (1 kHz, 10 % T.H.D. at 8 12) .70 W + 70 W
Center |1 kHz, 10 % T.H.D. at 8 12) .70 W
Surround (1 kHz, 10 % T.H.D. at 8 12) . 70 W
Total harmonic distortion (1 kHz, 8 12). 0.03 % at 25 W
Signal to noise ratio |IHF'66)
PHONO (MM).75 dB
CD...94 dB
Input sensitivity / impedance
PHONO (MM).3.0 mV / 47 kl2
CD.220 mV / 47 kl2
Tone controls
BASS .± 8 dB (at 100 Hz)
MIDDLE . ± 8 dB (at 900 Hz)
TREBLE. ± 8 dB (at 10 kHz)
N.B. circuit. + 5 dB (80 Hz)
Video section
VIDEO inputs / outputs (Composite) .1 Vp-p / 75 12
FM Tuner section
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 12) / 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
AMIpner sectiop^
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)
.13pV/(500 pV/m)
Signal to noise ratio (30
%
mod., 1 mV input). 50 dB
QenerM
. . . . . . . . . . . . . . . . . . .
Power consumption.200 W
Jl AC outlet
SWITCHED.
1
: (50 W max.)
Dimensions...W: 440 mm
H: 127 mm
D; 389 mm
Weight (net) .6.8 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 C)