Kenwood XD-500 User Manual - Page 59

Specifications Main unit (RXD-750/700/550/500) [Amplifier section] Rated power output (RXD-750/700) STEREO MODE 100 watts per channel minimum RMS, both channels driven, at 6 Ω, 1 kHz with no more than 10 % total harmonic distortion. (DIN) 1 kHz at 6 Ω, 0.7 % T.H.D 70 W + 70 W Rated power output (RXD-550/500) STEREO MODE 70 watts per channel minimum RMS, both channels driven, at 6 Ω, 1 kHz with no more than 10 % total harmonic distortion. (DIN) 1 kHz at 6 Ω, 0.7 % T.H.D 50 W + 50 W Input sensitivity / Impedance AUX 200 mV / 30 kΩ MIC 3.0 mV / 20 kΩ Signal to noise ratio AUX 85 dB (IHF'66) [FM Tuner section] Tuning frequency range 87.5 MHz ~ 108 MHz [MW (AM) Tuner section] Tuning frequency range 531 kHz ~ 1,602 kHz [LW Tuner section] Tuning frequency range 153 kHz ~ 279 kHz [Cassette deck section] Track 4-track, 2-channel stereo Recording system AC bias system (Frequency: 105 kHz) Heads A deck Playback head 1 B deck Playback / recording head 1 Erasing head 1 Motors 2 Fast winding time Approx. 115 seconds (C-60 tape) [CD player section] Laser Semiconductor laser Playing rotation 200 rpm ~ 500 rpm (CLV) Wow & Flutter Unmeasurable Limit General Power consumption RXD-750/700 200 W RXD-550/500 150 W Dimensions W: 270 mm H: 330 mm D: 357 mm Weight (net) RXD-750/700 10.2kg RXD-550/500 9.5 kg 59 XD-750/700/550/500 (En) Speakers (LS-N750/N700) Enclosure Bass-reflex type Speaker configuration 3-Way system MAIN Woofer 180 mm, cone type Tweeter 65 mm, cone type Super tweeter 25 mm, dome type Impedance 6 Ω Maximum input level 100 W General Dimensions W: 220 mm H: 330 mm D: 316 mm Weight (net 4.1 kg (1 piece) Speakers (LS-N550/N500) Enclosure Bass-reflex type Speaker configuration 3-Way system MAIN Woofer 160 mm, cone type Tweeter 65 mm, cone type Super tweeter 25 mm, dome type Impedance 6 Ω Maximum input level 100 W General Dimensions W: 200 mm H: 330 mm D: 278 mm Weight (net 3.7 kg (1 piece) Application section Basic section Preparation section Knowledge sections 1. KENWOOD follows a policy of continuous advancements in development. For this reason specifications may be changed without notice. 2. Sufficient performance may not be possible at very low temperatures (0°C or less). Notes