Roger, 1/100th of a db? Really? So if the change in pitch cannot be detected by **musical instrument** tuning devices (which are quite sensitive, much more so that any frequency counter I've seen), it follows that it cannot also be heard by the human ear, but you say it can. How do you square your apparently contradictory statement?
The **amplifier** is changing gain? What is the mechanism for that?
You've still not answered any of my previous questions yet. I've distilled them below:
1) How have you measured this effect to prove or disprove your hypothesis and add what outcomes does it suggest?
2)Given that a change in the speed of the amplifier has produce no measurable result, how were you able to test your hypothesis?
3)For a given change in gain, say 20 db, over a period of 1/2 second how much change in pitch will be measured?
4)How do you measure Doppler effect in an amplifier?
5)What is the unit of measure?
6)What test equipment do you use for this?
7)How much DE is reduced by your circuit?
8)IME again, I have found that the measurable propagation delay in an amplifier circuit does not change with the input level. How do you square this with your hypothesis?
9)Does your hypothesis support exceptions or does it predict that the experience of perspective is universal?
10)Since when listening I am usually seated, why exactly should I care if there is Doppler effect if I move?
11)In a real life situation, would you not also experience Doppler?
12)It seems to me that you would want to preserve the Doppler effects of real life music. true/false?
The **amplifier** is changing gain? What is the mechanism for that?
You've still not answered any of my previous questions yet. I've distilled them below:
1) How have you measured this effect to prove or disprove your hypothesis and add what outcomes does it suggest?
2)Given that a change in the speed of the amplifier has produce no measurable result, how were you able to test your hypothesis?
3)For a given change in gain, say 20 db, over a period of 1/2 second how much change in pitch will be measured?
4)How do you measure Doppler effect in an amplifier?
5)What is the unit of measure?
6)What test equipment do you use for this?
7)How much DE is reduced by your circuit?
8)IME again, I have found that the measurable propagation delay in an amplifier circuit does not change with the input level. How do you square this with your hypothesis?
9)Does your hypothesis support exceptions or does it predict that the experience of perspective is universal?
10)Since when listening I am usually seated, why exactly should I care if there is Doppler effect if I move?
11)In a real life situation, would you not also experience Doppler?
12)It seems to me that you would want to preserve the Doppler effects of real life music. true/false?