Yamaha DSP-AX640SE Stereo Amplifier User Manual


 
APB664G-DSPAX640SE@115
10/10 (G/B)
For details please contact:
Visit us at our website:
http://www.yamaha-audio.co.uk
YAMAHA ELECTRONICS UK LTD
200 Rickmansworth Road Watford Herts WD18 7LG
Dolby Digital and Double D are trademarks of Dolby Laboratories Corporation.
• DTS, ES and DTS Digital Surround are trademarks of Digital Theater Systems, Inc.
Product designs and specifications are subject to change without notice.
DSP-AX640SE Notable Features
High Performance Digital Circuitry
96 kHz/24-Bit D/A Conversion for All Channels
Accurate Touch Digitally Regulated Volume Control Governs All
Channels (Yamaha YAC-520 LSI)
4-Layer DSP Processing Board to Prevent Digital Interference
High Density CINEMA DSP Circuitry
Powerful Original 32-Bit Floating-Point Quantization System LSI
(YSS-938) for CINEMA DSP Processing
Compatibility with Latest Movie Sound Formats including Dolby
Digital EX, Dolby Pro Logic II, DTS-ES Matrix 6.1, DTS-ES
Discrete 6.1, and DTS Neo:6
Centre Graphic Equalizer for “Fine Tuning” Sound Field Balance
24 Surround Programmes (44 Variations) including New Music
Video Programmes
Night Listening Mode with Indication for All Programmes
Quad-Field CINEMA DSP for 6.1-Channel Digital Surround
SILENT CINEMA for Headphone Enjoyment
Virtual CINEMA DSP for Versatile Surround Enjoyment
High Current Amplification
6-Channel High Power Discrete Amplifier Configuration
(85W x 6 [20–20,000 Hz, RMS])
High Dynamic Power, Low Impedance Drive Capability
Linear Damping Circuit Prevents Unwanted Speaker Cone
Movement
Wide-Range Audio Frequency Response (10–100,000 Hz +0/-3
dB) for DVD-Audio/SACD Compatibility
Finest Parts Used Throughout
Extra-Large, Low-Impedance Transformer (4.8 kg)
Extra-Large Custom-Made Block Electrolytic Capacitors
(12,000 µF/71 V)
Anti-Resonance, Aluminium-Extruded Heat Sink
Direct Signal Path Speaker Relays with Gold-Plated
Crossover Connection and Shielding for Stable Signal Path
and Speaker Protection
One-Point Grounding for Improving Linearity and Damping
Factor
ToP-ART Base for Reduced External Resonance
High Performance Myca Capacitors and Film Capacitors
Thick PC Board Wiring with 1.6mmφ Copper Jumper Cables
Extruded Aluminium Front Panel
Versatile, Extensive Connections
4 Optical and 1 Coaxial Digital Input Terminals (fixed and
assignable, Video Aux: fixed)
1 Optical Output Terminal (fixed and assignable)
5 A/V (with S-Video) and 3 Audio Input Terminals
2 A/V and 1 Audio Output Terminals
Front Panel Video Aux Input Terminals with Optical Digital and
S-Video Terminals
Preout Terminals for Main, Centre, Rear and Rear Centre
Channels
Subwoofer Output Terminal
6-Channel External Decoder Input Terminals for Future Sound
Formats
EXTRA-LARGE Speaker Terminals
High Video Quality
HDTV Compatibility
Wide-Range Video Power Bandwidth (5Hz—30MHz -3 dB)
2 Component Video Input Terminals (fixed and assignable) and
1 Monitor Output Terminal
Video Conversion (Composite to S-Video, Monitor Out)
Convenient Operating Features
Programme Name and Sound Field Indications
Auto Priority Input Selection and Auto Decoder Selection
Rotary Encode Input Selector
Easy Menu Setup
- Basic Modes: Setup and Speaker Level (Balance
Adjustment)
- Sound Modes: Speaker Set, Speaker Distance, LFE Level,
Dynamic Range, 5-Band Centre Graphic Equalizer and
Headphone Tone Control
- Input Modes: I/O Assignment and Input Mode
- Options: Display Set, Memory Guard, Audio Mute (3 steps:
Mute, -20dB, -50dB) and Zone Set
Easy Menu Setup Can Control with Remote Control and Front
Panel
6-4 Mixdown (6-Channel Input)
Speaker A+B and A/B Selector
Test Tone Generator
Sleep Timer
Preset Remote Control Unit with Preset Code for DVD, TV, VCR,
etc.
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Yamaha’s unique technology for the creation of sound fields is capable of
powerfully reproducing the three-dimensional environment that movie
sound engineers aim to convey, in any audio format from monaural to the latest 6.1-channel
digital surround. It is compatible with DVD and all other A/V sources.
Yamaha CINEMA DSP technology has received a patent in the U.S. (Patent No.
5,261,005).
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