In this paper

a theorem about the position’s distribution of the poles of the transfer voltage function of a two-port network with double-end connected load RC and! the zeroes and poles of the RC impedance and RC admittance’s product is presented. The mathematical model about the relation of the transfer voltage function between a network: with double- end connected load and its equivalent network with single-end connected load is deduced. By using the way of single-merging and double-resolving

a realization method of a. network with double-end connected arbitrary resistance-capacitance load is given.