The bisection theorem is normally used in the analysis of difference stages. An approach utilising only the basic circuit theorems, is presented. Generalisation is demonstrated for arbitrary input, output and stage configuration using the Z-matrix of linear, two-port network theory.
MiddlebrookR. D.Differential Amplifiers, J. Wiley, pp. 18–20 and 84–86 (1963).
3.
NicholsK. G.‘Some transformations of the nodal admittance matrix of a network with application to a difference amplifier’Electronic Engineering, pp. 617–621 (Sept, 1964).
4.
ValleyG. E. and WallmanH., (Eds.), Vacuum Tube AmplifiersMcGraw-Hill, pp. 443–444, (1948).
5.
Von WeissA.Matrix Analysis for Electrical Engineers, Van Nostrand Reinhold. (1964).
6.
ComerD. J.Modern Electronic Circuit DesignAddison-Wesley pp. 277–279, (1976).
7.
GrebeneA. B.Analog Integrated Circuit DesignVan Nostrand Reinhold pp. 158, (1972).
8.
HamiltonD. J. and HowardW. G.Basic Integrated Circuit EngineeringMcGraw-Hill pp. 283–291,(1975).