Automatic dynamic stabilization and correction of feedback amplifiers. II. Synthesis of correcting dipoles

Abstract

This paper is the second part of the description of a novel stabilization algorithm suitable for feedback amplifiers. It deals with the effectiveness check of the proposed corrections. This test is based on return difference computations and gives limit values and nature determination for the correcting dipole. Optimization is introduced for improving the final characteristics. Two classical feedback amplifiers are analyzed and improved.Anglai