The discussion revolves around the transfer function of an operational amplifier (op-amp) circuit, focusing on the challenges of deriving the transfer function in terms of frequency (ω) and preparing Bode plots. Participants explore mathematical manipulations, the use of Laplace transforms, and the implications of different forms of the transfer function for Bode plotting.
Participants do not reach consensus on the necessity of using Laplace transforms, the interpretation of the pole at the origin, and the correct approach to preparing Bode plots. Multiple competing views remain regarding the mathematical manipulations required for the transfer function.
Limitations include potential missing assumptions about the familiarity with Laplace transforms and Bode plot conventions. There are unresolved mathematical steps in the derivation of the transfer function and its representation in the frequency domain.
Maylis said:View attachment 69736
Just to show you what was going on in my head.
Some great news as a result of telling me to find the magnitude at w=10^7 rad/s. I just imputed the function into my calculator, and I discovered that my calculator is able to find the magnitude of complex expressions. Then I just did 20 log [magnitude] and got 60 dB! I never knew.
Maylis said:View attachment 69736
Just to show you what was going on in my head.
Some great news as a result of telling me to find the magnitude at w=10^7 rad/s. I just imputed the function into my calculator, and I discovered that my calculator is able to find the magnitude of complex expressions. Then I just did 20 log [magnitude] and got 60 dB! I never knew.