Sony STR-DA9000ES - Fm Stereo/fm-am Receiver Contexto técnico - Página 5
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In high fidelity components, the simplest solution is usually the best
because it subjects the signal to the fewest distortion-causing processes.
Unfortunately, conventional A/V receivers are anything but simple. After Digital
Signal Processing (DSP), every signal needs to be converted back to analog, run
through a Low Pass Filter (LPF), sent through an analog volume control and then
amplified.
Input
(Digital)
Digital Signal
The conventional A/V receiver is anything but simple. The signal must
run through a gantlet of processes and stages.
The Sony S-Master Pro amplifier is dramatically different. There is no
Digital-to-Analog (D/A) converter. Instead, the amplifier accepts the digital output
of the DSP stage directly. The output of the S-Master Pro amplifier provides the
wattage that drives the speakers. In this way, the signal remains digital until the
last possible instant.
Input
(Digital)
Digital Signal
The Sony S-Master Pro amplifier dramatically simplifies receiver design.
And in high fidelity, simpler is better.
The S-Master Pro amplifier accepts all digital signals directly, whether
they're multi-bit Pulse Code Modulation (PCM) or 1-bit Direct Stream Digital™
pulses, in the case of the SCD-XA9000ES SA-CD player connected via i.LINK®
interface to the STR-DA9000ES. Analog inputs undergo Analog-to-DSD
(A/DSD) conversion.
ES Receivers V3.0
D/A
DSP
LPF
convert
S-Master
DSP
Power Amplifier
Principle of operation
Analog
Volume
Speaker
Power
Control
Output
Amp
Analog Signal
Speaker
LPF
Output
Analog Signal
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