Network Synthesis for a Prescribed Impulse Response Using a Real‐Part Approximation

A semigraphical scheme is presented for the synthesis of a linear, finite, discrete network, in which the desired network response is prescribed in the time domain. The method is based on the approximation of the real part of a desired system function by a sequence of impulses along a contour parallel to the imaginary axis of the complex‐frequency plane. A simple scheme of error evaluation is proposed. Examples illustrating the synthesis procedure are also considered.