Kenwood C-V751 User Manual - Page 63

Specifications Caution : Read this page carefully to ensure safe operation. For C-V751 63 Audio section AM Tuner section (for Australia) Total harmonic distortion (1 kHz, 1V 0.01 % Signal to noise ratio (IHF'66) CD 93 dB Input sensitivity / impedance CD 200 mV / 47kΩ Tone controls BASS 10 dB (at 100 Hz) TREBLE 10 dB (at 10 kHz) Output level / impedance TAPE REC 200 mV / 1 kΩ Video section VIDEO inputs / outputs (composite 1 Vp-p/75 Ω Digital section Tuning frequency range 531 kHz ~ 1,602 kHz Usable sensitivity (30% mod., S/N 20 dB 20 µV / (700 µV / m) Signal to noise ratio (at 30% mod. 1mV input 48 dB General Power consumption 35 W AC outlet UN SWITCHED (for Australia 1: (Total 100 W max) UN SWITCHED (except Australia) .... 2: (Total 100 W max) Dimensions W: 400 mm (15-3/4") H: 105 mm (4-1/8 D: 382 mm (15-1/16") Weight (net 5.2 kg (11.4 lb) Weight (net) (For Australia 5.1 kg (11.2 lb) Sampling frequency 32 kHz,44.1 kHz,48 kHz Digital input (coaxial 0.5 Vp-p/75 Ω (optical 15 dBm~-21 dBm, 600 nm ± 30 nm FM Tuner section Tuning frequency range 87.5 MHz~108 MHz Usable sensitivity (DIN) MONO 1.2 µV (at 75 Ω) / 13.2 dBf (40 kHz dev., S/N 26 dB) STEREO 35 µV (at 75 Ω) / 42 dBf (46 kHz dev., S/N 46 dB) Signal to noise ratio (DIN weighted at 1 kHz, 40 kHz dev.) MONO 65 dB (65.2 dBf input) STEREO 60 dB (65.2 dBf input) Selectivity (DIN ± 300 kHz 64 dB Stereo separation (DIN, 1 kHz 36 dB Frequency response .......... 30 Hz~15 kHz, + 0.5 dB, - 3.0 dB MW Tuner section Tuning frequency range 531 kHz ~ 1,602 kHz Usable sensitivity (30% mod., S/N 20 dB 20 µV / (700 µV / m) Signal to noise ratio (at 30% mod. 1mV input 48 dB LW Tuner section Tuning frequency range 153 kHz ~ 279 kHz Usable sensitivity (30% mod., S/N 20 dB 35 µV Signal to noise ratio (at 30% mod. 1mV input 45 dB 1. KENWOOD follows a policy of continuous advancements in development. For reason specifications may be changed without notice. Notes 2. The full performance may not be exhibited in an extremely cold location (under a water-freezing temperature).