A METHOD OF SYNTHESIZING HIGHER ORDER FUNCTIONS
Abstract
This paper describes a general direct method of synthesizing nth order transfer functions by means of block diagrams and subsequent analog computer simulation. In this generalization of techniques long found useful, the transfer function is written in the form of a polynomial numerator with a polynomial denominator. This method outlined permits the synthesis of a large family of higher order systems. For the case where the order m of the numerator is less than or the same as the order n of the denominator, the synthesis requires only n unity integrators and two summing junctions. If the order m of the numerator is greater than the order n of the denominator, the synthesis requires m-n differentiators as well as the n unity integrators and two summing junctions. Once the tent which will exhibit desired characteristics. (Author)
Document Details
- Document Type
- Technical Report
- Publication Date
- Sep 12, 1962
- Accession Number
- AD0285497
Entities
People
- Barbour Lee Perry
- H.p. Birmingham
Organizations
- United States Naval Research Laboratory