Technical Background
Page 5
...which means more heat! • Open-loop distortion. Sony's S-Master Pro circuitry overcomes these issues means accepting massive heat sinks, tolerating circuitous signal paths and chasing down transient distortions. ES Receivers v1.0 Page 5 Changes in the audio signal cause ...Traditional amplifiers typically generate substantial "open-loop" distortion. S-Master Pro: principle of operation In the context of a modern A/V receiver, traditional power amplifiers require the needless complexity of their power as heat. Why Digital Amplification? After decades of engineering practice,...
...which means more heat! • Open-loop distortion. Sony's S-Master Pro circuitry overcomes these issues means accepting massive heat sinks, tolerating circuitous signal paths and chasing down transient distortions. ES Receivers v1.0 Page 5 Changes in the audio signal cause ...Traditional amplifiers typically generate substantial "open-loop" distortion. S-Master Pro: principle of operation In the context of a modern A/V receiver, traditional power amplifiers require the needless complexity of their power as heat. Why Digital Amplification? After decades of engineering practice,...
Technical Background
Page 9
...Sony's 32bit processing. In traditional amplifiers, the output transistors must reproduce the waveform directly. This means the heat inside the chassis can be rationalized. Unfortunately, NFB exposes the signal to generate the glitches of crossover distortion, which is particularly audible when the music is held to appreciate the results. ES Receivers...The 32-bit Upgrade Where the acclaimed STR-DA9000ES took advantage of 24-bit S-Master Pro processing, Sony's latest design boasts the superior precision of integrated circuitry, Sony's CXD9773Q Large Scale Integrated circuit (LSI)....
...Sony's 32bit processing. In traditional amplifiers, the output transistors must reproduce the waveform directly. This means the heat inside the chassis can be rationalized. Unfortunately, NFB exposes the signal to generate the glitches of crossover distortion, which is particularly audible when the music is held to appreciate the results. ES Receivers...The 32-bit Upgrade Where the acclaimed STR-DA9000ES took advantage of 24-bit S-Master Pro processing, Sony's latest design boasts the superior precision of integrated circuitry, Sony's CXD9773Q Large Scale Integrated circuit (LSI)....
Technical Background
Page 11
...open, non-fatiguing music reproduction. Instead of Sony ES selected the filter parts carefully and methodically. Those fortunate enough to own of the STR-DA7100ES will never see these factors. In ...cutoff characteristic steep enough to these toroidal coils, but they selected deluxe Metal Oxide ES Receivers v1.0 Page 11 But their output devices. MOS FET Output Transistors In traditional amplifiers, ... the DC Phase Linearizer, this circuitry is more than worth the price. Where Sony's 24-bit LSI required a second chip to sound is built right into Sony's 32-bit design. The process...
...open, non-fatiguing music reproduction. Instead of Sony ES selected the filter parts carefully and methodically. Those fortunate enough to own of the STR-DA7100ES will never see these factors. In ...cutoff characteristic steep enough to these toroidal coils, but they selected deluxe Metal Oxide ES Receivers v1.0 Page 11 But their output devices. MOS FET Output Transistors In traditional amplifiers, ... the DC Phase Linearizer, this circuitry is more than worth the price. Where Sony's 24-bit LSI required a second chip to sound is built right into Sony's 32-bit design. The process...