Kenwood VR-506 Instruction Manual page 42

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AUDIO section (KRF-V605OD)
AUDIO section (KRF- V55500)
Effective power output during STEREO operation
lkHz,lO%THD,at80 140w+140w
Rated power output during STEREO operation
100 watts per channel minimum RMS, both channels driven, at
8 Rfrom 40 Hz to 20 kHz with no more than 0 7% total harmonic
distortion (FTC)
Effective power output during SURROUND operation
(1 kHz, IO%, 80)
110w+110w
Rated power output during STEREO operation
Effective power output during SURROUND operation
FRONT (lkHz, 10% T H D at 8 Q one channel driven)
140w+140w
80 watts per channel minimum RMS, both channels driven, at
8 R from 40 Hz to 20 kHz with no more than 07% total
harmonic distortion (FTC)
CENTER (1 kHz, 10% T H D at 8 0 one channel driven)
140 w
Effective power output during SURROUND operation
FRONT (1 kHz, 10% T H D at 8 0 one channel driven)
13ow+13ow
SURROUND (1 kHz, 10% T H D at 8 0 one channel driven)
140w+140w
Total harmonic distortion
0 050% (1 kHz, 5OW, 8 0)
Frequency response
CD 10 Hz - 80 kHz, +0 dB, -3 0 dB
Signal to noise ratio (lHF'86)
PHONO (MM) 74 dB
CD
90 dB
Input sensitivity I impedance
PHONO (MM) 25mV127kR
CD
200 mV I47 kR
VIDE02/MONITOR 200 mV I47 kD
DVD/6ch INPUT
200 mV I47 kR
Output level I impedance
TAPE REC 200mVll kR
VIDE02/MONITOR 200mVll k0
PRE OUT (SUBWOOFER) lSV122kD
Tone control
BASS t10 dB (at 70 Hz)
TREBLE
il0 dB (at 10 kHz)
AUDIO section (KRF-V505OD)
CENTER (1 kHz, 10% T H D at 8 0 one channel driven)
130w
SURROUND (IkHz, 10% T H D at 8 0 one channel driven)
130w+130w
Total harmonic distortion
0 050% (1 kHz, 4OW, 8 0)
Frequency response
CD
10 Hz - 60 kHz, +0 dB, -3 0 dB
Signal to noise ratio (IHF'68)
CD, TUNER, AUX, TAPE 90 dB
Input sensitivity / impedance
~DONITOR IN (V~DE~~/M~NIT~R)
200 mV I47 kil
200 mV I47 kO
Output level I impedance
TAPE REC
200mVIl kO
MONITOR OUT (VIDE02/MONITOR) 200mVll k0
Tone control
BASS
ii0 dB (at 70 Hz)
TREBLE t10 dB (at 10 kHz)
Effective power output during STEREO operation
(1 kHz, IO%, 80) 140w+140w
Rated power output during STEREO operation
100 watts channel minimum RMS, both channels driven, at 8
0 from 40 Hz to 20 kHz with no more than 0 7% total harmonic
distortion. (FTC)
DIGITAL AUDIO section
Sampling frequency 32 kHz, 44 1 kHz, 48 kHz, 96kHz
Input level / impedance/wave length
Optical (-16 dBm - -21 dBm), 680 nm i30nm
Coaxial
05Vp-p175n
WE0 section
Effective power output during SURROUND operation
FRONT (lkHz, 10% T H D at 8 0 one channel driven)
140 w + 140 w
CENTER (1 kHz, 10% T H D at 8 0 one channel driven)
140 w
SURROUND (1 kHz, 10% T H D at 8 0 one channel driven)
140w+140w
Total harmonic distortion
0 050% (1 kHz, 5OW, 8 0)
Frequency response
CD lOHz-80kHz,+OdB, -3OdB
Signal to noise ratio (IHF'86)
PHONO (MM)
'
74 dB
CD, TUNER, AUX, TAPE 90 dB
Input sensitivity I impedance
PHONO (MM) 25mV127kR
CD 200 mV I47 kR
MONITOR IN (VIDE02/MONITOR)
200 mV I47 kR
DVD/Gch INPUT 200mVllOkD
Output level I impedance
TAPE REC 200mVll k0
MONITOR OUT (VIDE02/MONITOR)
200mVll kD
PRE OUT (SUBWOOFER) 15V122kQ
Tone control
BASS
+I0 dB (at 70 Hz)
i,' Yg$$
TREBLE 210 dB (at 10 kHz)
.:_ &.
VIDEO inputs I outputs
VIDEO (composite)
S VIDEO inputs I outputs (KRFV6050D)
S VIDEO (luminance signal)
S VIDEO (chrominance signal)
FM tuner section
Tuning frequency range
Usable sensitivity (MONO)
1 6 pV (75 a)/ 15 2 dBf (75 kHz DEV , SINAD 30 dB)
50dB quietlng sensitivity
STEREO
28 pV (75 D)/ 40 2 dBf
Total harmonic distortion (1 kHz)
MONO 0 5% (71 2 dBf input)
STEREO
Sign;lFNrise ratio (1 kHz, 75 kHz DEV )
0 73 (71 2 dBf input)
75 dB (71 2 dBf input)
STEREO 88 dB (71 2 dBf input)
Stereo separation (1 kHz) 40 dB
Selectivity (+400 kHz) 50 dB
Frequency response
(30 Hz - ILkHz), +0 5 dB, -3 0 dB
AM tuner section
Tuning frequency range
9 kHz step 531 kHz - 1,602 kHz
10 kHz step 530 kHz - 1,610 kHz
Usable sensitivity 16 pV I (800 pV/m)
Signal to noise ratio (30% mod 1 mV input) 50 dB
1 Vp-p/760
1 Vp-p175a
0 288 Vp-p I75 0
87 5 MHz - 108 MHz
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)