Sony NS3100 manual Separate Audio Clock NS9100ES, Coaxial and optical digital output circuits

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at the output. Sony's careful design not only maintains the sonic purity of multi- channel Super Audio CD signals, but also preserves the crucial left/right and front/rear symmetry of 5.1 DVD-Video surround signals.

A separate printed circuit board for analog audio employs six separate, identical circuits to handle the 5.1 channels of output.

Separate Audio Clock (NS9100ES)

While most DVD players have a single master clock, the DVP-NS9100ES has two. The main clock—used for video and system circuitry—is located on the main circuit board. However, a second crystal oscillator clock just for the audio D/A converter (DAC) is located directly on the audio circuit board. This separate master clock, located near the audio DAC, improves the reproduction of music from CD and Super Audio CD.

The audio master clock only functions during CD and Super Audio CD playback, when the audio does not need to be synchronized with video. When the HDMI™ cable is connected or when you play DVDs, audio/video sync becomes essential. Under these circumstances, the audio master clock is switched off and the audio DAC gets its timing from the main clock.

Coaxial and optical digital output circuits

To deliver a high quality digital signal, these ES Series DVD players employ a wide-bandwidth optical module. It can achieve transmission speeds over 13 Megabits per second. This offers plenty of headroom for the 4.6 Megabits per second required by 96 kHz/24-bit outputs. The coaxial output delivers comparable quality thanks to a high-performance pulse transformer. Both digital outputs assure superb dynamics while holding noise and distortion to the bare minimum.

ES DVD Players 2005, Version 4.0

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Contents ES DVD Players Technical Background Introduction Link and Hdmi Digital Interfaces Link Digital Audio Output NS9100ESSA-CD Player Amplifier ES DVD Players 2005, Version High quality digital Audio Transmission System Hats Variable-speed transmission from the playerDual i.LINK interfaces An Hdmi plug and its corresponding jack Component-to-component communication Or NS3100ES Video Performance Precision Cinema Progressive circuitryPixel-by-Pixel Active I/P Conversion ES DVD Players 2005, Version ES DVD Players 2005, Version Scanning lines Still Pixel Processing Vertical Edge Compensation Moving Pixel ProcessingPrecision Cinema Progressive Circuitry in action Pixel being createdBit D/A Conversion NS9100ES MHz D/A converter oversamplingChannel Bandwidth Sampling Frequency CD Audio MH z-Sampling Analog-Filter MH z-Sampling Noise Shaped Video circuitry Below Black reproduction with Graphical Gamma Adjustment Video Equalizer Video Shield Plate NS9100ES High speed video buffer amplifiers NS9100ES Output Capacitor-Less OCL couplingCarefully selected parts NS9100ES Wide pitch component output jacksAudio Performance Audio Technology for Analog OutputsMulti-channel Super Audio CD playback DSD decoder LSISpeaker Time Alignment Separate speaker settings SyncSuper Audio D/A Converter SA DAC Sacd MultiMulti levellevel D/AD/A conversionconversion Bit D/A conversion Current pulse Multi level Conversion Separate analog audio circuit board Separate Audio Clock NS9100ES Coaxial and optical digital output circuitsAudiophile-grade components NS9100ES Gold-plated output jacksVideo Off and Display Off modes Construction & Design Twin R Core Transformers NS9100ESNew Base and Pillar NBP chassis NS9100ES Off center insulator feet NS9100ESSilver Cascade Design Features Audio Specifications RM-ASP003 RM-ASP002