Thanks for your message! Glad you liked the video. Here are some playlists: Operational Amplifier Circuits: th-cam.com/play/PLuUNUe8EVqlmhmvCuxr326mnNKHB5jwJx.html
@@CanBijles an example in which you cascade a common source stage to the differential stage to amplify the signal, did you do it by chance? I really mean the internal structure of an op amp (differential stage/common source stage/studio buffer) for example
@@eduardmihailoiu7609 I have not done a video about a full transistor design of an op-amp circuit. Sounds interesting to make one in the coming future, will be in list.
Thank you 👍
You are welcome!
Thanks to your detailed teaching, I have a better understanding of this OTA circuit architecture. It is a simple concept. Thank you for sharing👍
@@SAhellenLily You are welcome, great to know!
Hi, great video! By any chance in your channel is there the design of an op amp explained with the current mirror? I mean a multi-stage op amp.
Thanks for your message! Glad you liked the video.
Here are some playlists:
Operational Amplifier Circuits: th-cam.com/play/PLuUNUe8EVqlmhmvCuxr326mnNKHB5jwJx.html
@@CanBijles an example in which you cascade a common source stage to the differential stage to amplify the signal, did you do it by chance? I really mean the internal structure of an op amp (differential stage/common source stage/studio buffer) for example
@@eduardmihailoiu7609 I have not done a video about a full transistor design of an op-amp circuit. Sounds interesting to make one in the coming future, will be in list.
@@CanBijles it would be very interesting!!
but the differential couple and the current mirror need to work in the active zone (saturation zone) to work well, right?