The desired transfer function is expanded into factors having quadratic denominators. Each factor is identified with the setA, B, C, Dof matrices of the state-space representation of a capacitively terminated two-port network that is specified by a transmission matrixT. An equivalence is obtained between the required stateAmatrix and the correspondingTmatrix. Then,Tmatrix synthesis techniques that were developed specifically for use with differential operational amplifiers are applied to obtain realizations of theAmatrix. By synthesizing different decompositions of theTmatrix, different equivalent realizations are obtained and the problem of determining appropriate input and output access ports corresponding to theB, CandDstate matrices is facilitated. A practical feature of the method is that all of the basic transfer functions can be realized with grounded amplifiers and capacitors.