Sony DAV-DZ810W - Manual (Page 94)

94 GB
140 W + 140 W
(with SS-TS55,
SS-TS56W)
Power requirements 220 – 240 V AC, 50/60 Hz
Power consumption 50 W
Dimensions (approx.) 280 Ч 60 Ч 280 mm (w/h/d)
Mass (approx.) 1.6 kg
Design and specifications are subject to change
without notice.
Unpacking
• Speakers (5)
• Subwoofer (1)
• AM loop antenna (aerial) (1)
• FM wire antenna (aerial) (1)
• Speaker cords (5 m
× 5, 3 m × 1)
• Speaker cords (OPTION) (15 m
× 2)*
• Remote Commander (remote) (1)
• R6 (size AA) batteries (2)
• Calibration mic (1)
• Foot pads (1 set)
• Posts (long × 4, short × 4)
• Bases (4)
• Pedestal (4)
• Screws with washer (short) (8)
• Screws with washer (long) (24)
• Surround amplifier (1)
• Speaker base (1)
• Spacers (8)
• Guide pins (4)
• Screws (8)
• IR transmitter (1)**
• IR receiver cord (1)**
• Operating Instructions
• Speaker and TV connections (card) (1)
* Use for connecting the surround speakers to the
system by the speaker cords.
** The IR receiver cord and IR transmitter are for this
system only. You cannot use a commercially
available extension cord.
Album
Section of a music piece or an image on a data
CD containing MP3 audio tracks or JPEG files.
Chapter
Subdivision of a title on a DVD. A title is
composed of several chapters.
Digital Cinema Auto Calibration
Digital Cinema Auto Calibration was developed
by Sony to automatically measure and adjusts
the speaker settings to your listening
environment in a short period of time.
Digital Direct Twin Drive Subwoofer
Utilizing Sony's proprietary S-Master
technology, the Digital Direct Twin Drive
Subwoofer features two S-Master Digital
Amplifiers that provide dedicated power to a
strategically located subwoofer for astounding
sound performance. Easy to set up, Digital
Direct Twin Drive Subwoofer provides a stable
sound field over a much larger listening area
without having to adjust frequency levels.
Digital Infrared Audio Transmission
Recent times have been witness to the rapid
spread of DVDs, Digital Broadcasting Satellite
Receiver and other high-quality media. In order
to ensure that the subtle nuances endowed by
these high-quality media would be transmitted
with no accompanying deterioration, Sony
developed a technology called “Digital Infrared
Audio Transmission” for the infrared
transmission of digital audio signals using no
compression, and it introduced it into the
system.
This technology transfers digital audio signals
using no compression inside the subcarrier
frequency band allocated by the IEC
(International Electronic Committee) and
JEITA (Japan Electronics and Information
Technology Industries Association) for hi-fi
audio transmission applications. (See Fig. 1)
Glossary