roger_paul " ... Yes there is distortion that cannot be
measured and has been the most destructive obstacle in the way of
reproducing actual live sound ..." If you have identified distortion that you can't measure, then you are measuring the wrong thing. |
Actually - it cannot be measured by external analyzers but it can be detected within the circuit and removed. As a result the resolution, detail and physical layout of the original venue become blatantly obvious. The amplifier is able to pass the electrical version of the sound waves as if it only traveled via the air medium. The velocity has to be included or it cannot sound live. Roger |
roger_paul " ... Actually - it cannot be measured by external analyzers but it can be detected within the circuit and removed." If you have identified distortion but can't measure it, then either you are measuring the wrong thing, or you're mistaken about the distortion in the first place. If the distortion can be "detected," then it can be measured. |
THD analyzers do not detect velocity. It is too far below the ability to display. The circuit can detect velocity and correct faint variations in speed in real time. It is those speed variations the destroy the integrity of the final output sound and make objects embedded in the signal appear to be drifting (not stable). |
roger_paul " ... THD
analyzers do not detect velocity. It is too far below the ability to
display. The circuit can detect velocity and correct faint variations in
speed in real time." Oh, you are talking about a turntable! Speed variations can certainly be very precisely measured. Indeed, the speed of anything can be measured. You just need the right tool. |
