Wow Professor Fiore, Excellent explanation! What about harmonics that cancel out each other with jitter?. I wish I had a teacher like you more than 35 years ago and my life would be very much different from now. Thank you very much.
For harmonics to "cancel each other out", they would have to be of the same frequency and amplitude, and 180 degrees out of phase. Possible, but unlikely.
But the ultimate explanation was left out from the video... why did this amplifier have unsumetrical outputswing and how do we make the amplfier swing symetrical...
The purpose of this video is to show how you can perform the distortion measurement itself. It is not a tutorial on low distortion amplifier design. For that, you may wish to watch other videos, such as th-cam.com/video/EmdZpJcSgVE/w-d-xo.html
![เปิดบ้าน นาราเครปกระเทย 1 ไร่ ขายขาดทุนหลัก10ล้าน เอามาใช้หนี้!!! l [Nickynachat]](http://i.ytimg.com/vi/0jz84VFWVP4/mqdefault.jpg)
Excellent, thank you. Are you planning on showing the effects of adding an Emitter resistor to the Capacitor bypass?
Yes. That will be in another video.
Wow Professor Fiore, Excellent explanation! What about harmonics that cancel out each other with jitter?. I wish I had a teacher like you more than 35 years ago and my life would be very much different from now. Thank you very much.
For harmonics to "cancel each other out", they would have to be of the same frequency and amplitude, and 180 degrees out of phase. Possible, but unlikely.
But the ultimate explanation was left out from the video... why did this amplifier have unsumetrical outputswing and how do we make the amplfier swing symetrical...
The purpose of this video is to show how you can perform the distortion measurement itself. It is not a tutorial on low distortion amplifier design. For that, you may wish to watch other videos, such as th-cam.com/video/EmdZpJcSgVE/w-d-xo.html