Novel comprehensive feedback theory—Part II: Unifying previous and new feedback models and further results

The objective of this Part II the paper on a novel feedback approach is that unifying all previous general models within single framework and obtaining new results. In order to pursue goal, we exploit multiple possibilities implementation generic three-terminal circuit (TTC) has be inserted in cut loop when cut-insertion theorem (CIT) applied for analysis network. We present based direct opening inside TTC, TTC implementations (associated with circuital examples) allow an arbitrary splitting signal flow between part associated another due leakage path from input output, methods (with exemplifying networks) test injection measuring gain closed loop. asymptotic formula overall generalized any Finally, examples application voltage-feedback amplifier are reported show, particular, values properties possible gains can defined given also compare our results those available literature.