A method for the determination of the transfer function of electronic circuits

A general method based on the Laplace expansion for determining the transfer function of a wide variety of linear electronic circuits is discussed. The technique developed requires only the calculation of a number of driving-point resistances to specify the coefficients of the transfer function. Dominant-pole techniques are used and extended, making the procedure useful in both analysis and design. As computation only involves resistance networks, complex arithmetic is not required in determination of the response.