EXPLANATION
Picture 1 is control to output transfer function. (For those wondering how I obtained this formula, you can check Control to output transfer function. This formula was obtained with the help of VerbalKint.)
Picture 2 is my calculations about pole, dc gain, zero and phase.
Picture 3 is the LTspice simulation.
Note: Question is very easy to follow for those who knows the calculation of transfer function.
QUESTION
The LTspice calculation seems correct but I have mistakes in handmade calculation.
- As seen in my calculation, Q value is 1.033x10^-5, which is -99.71 dB. Why does Q have such a strange value?
- I found the phase asymptote values for quadratic pole as 0 degrees and 10^48402, which is infinite. I cannot find the correct phase break points, where am I making a mistake?
- It seems the the phase of zero starts at 340 Hz and ends at 34 kHz. It doesn't match with the LTspice result.
So basically what is wrong with my calculation?
Picture 1. Control to Output Transfer Function
Image may be NSFW.
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Answer to "https://electronics.stackexchange.com/questions/728110/control-to-output-transfer-function'' by Verbal Kint, edited by Mhan and posted on Software Engineering Stack Exchange is licensed under CC BY-SA 3.0.
Picture 2: My calculationsImage may be NSFW.
Clik here to view.
Image may be NSFW.
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Picture 3: LTspice simulationImage may be NSFW.
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