Kenwood KR-200HT Instruction Manual page 28

KR-200HT (En/K]
A\ Caution : Read this page carefully to ensure safe operation.
driven at 8 Q, from 40 Hz to 20,000 Hz with no more than
0.8 % total harmonic distortion. (FTC)
Power output at the SURROUND operation
Front
110 watts per channel minimum RMS, both channels
driven, at 8 Q, 1 kHz with no more than 0.8 % total
harmonic distortion.
Center
110 watts minimum RMS at 8 Q, 1 kHz with no more than
0.8 % total harmonic distortion.
Surround
110 watts per channel minimum RMS, at 8 ©, 1 kHz with
no more than 0.8 % total harmonic distortion.
Total harmonic distortion.............. 0.3 % {1 kHz, 55 W, 8 Q)
Signal to noise ratio (IHF'66)
PHONO (MM). . 75 dB
LINE (CD).. . 93 dB
Input sensitivity / impedance
PHONO (MM). - 3.0 mV / 47 kQ
CD oc 220 mV / 47 kQ
Tone controls
BASS . = 8 dB (at 100 Hz)
MIDDLE + 8 dB (at 900 Hz)
TREBLE. 2 8 dB (at 10 kHz)
N.B. circuit . +5 dB (80 Hz)
Output level / impedance
Sub woofer preOut ........cccceeseeeeceeeseeeeeseeee 2.0V /6002
Video section
VIDEO inputs / outputs (Composite) ............. 1TVp-p /75.Q
{75 kHz dev., SINAD 30 dB}
50 dB quieting sensitivity
STEREO... 31.6 pV (at 75 Q) / 41.2dBF
Total harmonic distortion (1 kHz)
MONO 0.5 % (65 dBf input}
STEREO 0.6 % (65 dBf input)
Signal to noise ratio (1 kHz 75 kHz dev.}
MONO .. 75 dB (65 dBf input)
STEREO 68 dB (65 dBf input)
Stereo separation (1 kHz) . > 40 dB
Selectivity (IHF +400 kHz) .. 66 dB
Frequency response ........ 30 Hz ~15 kHz, + 0.5 dB, - 3.0 dB
Tuning frequency range 0... 530 kHz ~ 1,700 kHz
Usable sensitivity (30 % mod., S/N 20 dB)
15 pV / (500 pV / m)
Signal to noise ratio (30 % mod., 1 MV input) ........... 48 dB
General
Power CONSUMPTION 00... cc cecsesecesesssctseseteeeteersnecserneesetas 28h
4 AC outlet
SWITCHED . 1: (50 W, 0.42 A max.)
Dimensions... W:440 mm _ (17-5/167)
H:127 mm (57)
D:389 mm_ {15-5/16"}
Weight (net)... eee eeseeeeeeerereseeeenenenensenes 9.0 kg (19.9 Ib}
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).
Notes