A novel approach is presented to the design and synthesis of switched-capacitor (SC) filters.
An efficient iterative algorithm is described for the construction of a class of selective linear …

The paper presents expressions for low-pass digital filter transfer functions with finite-band
approximation to constant amplitude and delay in the passband, together with an arbitrary …

A method is presented for the design of reciprocal reactant sampled‐data and digital filters
exhibiting equiripple passband and stopband amplitude characteristics and approximating a …

This paper describes new wave digital, realizations with the canonic number of delays of
Brune, type-C, type-E, and type-D sections, which are used as basic sections for the …

A method is presented for the digital translation of C and D‐type microwave sections. This
method, together with the already existing procedures for realizing j‐axis zero of …

This paper presents a novel approach for the design and synthesis of odd‐degree sampled‐
data filters. Initially, an efficient iterative scheme is described for the construction of a class of …

A decoupled version of the microwave two-wire line is presented which readily yields a
wave digital equivalent. This is used as a basis for deriving a wave digital realization of a C …

A novel method is proposed for the synthesis of low‐sensitivity digital filters meeting any
prescribed transfer function. The method is based on extracting an orthogonal matrix from …

For optimal filters specified amplitude and phase (or group delay) characteristics, it is
required that all the free parameters of the transfer function be used for the approximation …

A simplified method—based on the concept of reflection filters—is presented for designing
linear phase filters with arbitrary amplitude to phase constraints. This method starts with …