Servomechanisms and Regulating System Design I

Fülszöveg

About the book
Servomechanisms and Regulating System Design, Volume I, is distinguished by these important features. It . . .
. . . presents the feedback control problem with the objective of training design and application engineers. The book starts from the basic mathematics, describes clearly the nature of the physical problems involved, and proceeds to the solution of advanced designs. . . . emphasizes feedback control concept for regulators and servomechanisms. The nomenclature and symbols recommended by the AIEE Feedback Control Committee have been used throughout the book. . . . presents both the differential equation and Laplace transform methods of solving transient problems. The importance of stability is stressed and many typical systems are illustrated. . . . develops building blocks for mechanical, electrical, hydraulic and steering system transfer functions. . . . emphasizes attenuation concept for use in regulators as well as servomechanisms. The analysis and... Tovább

Fülszöveg

About the book
Servomechanisms and Regulating System Design, Volume I, is distinguished by these important features. It . . .
. . . presents the feedback control problem with the objective of training design and application engineers. The book starts from the basic mathematics, describes clearly the nature of the physical problems involved, and proceeds to the solution of advanced designs. . . . emphasizes feedback control concept for regulators and servomechanisms. The nomenclature and symbols recommended by the AIEE Feedback Control Committee have been used throughout the book. . . . presents both the differential equation and Laplace transform methods of solving transient problems. The importance of stability is stressed and many typical systems are illustrated. . . . develops building blocks for mechanical, electrical, hydraulic and steering system transfer functions. . . . emphasizes attenuation concept for use in regulators as well as servomechanisms. The analysis and synthesis of the type of multiple loop and multiple input systems encountered in practice are discussed from the attenuation point of view.
. . . stresses the practical approach to system synthesis: dynamic as well as static error coefficients are presented. . . . presents charts indicating nature of design characteristics necessary to obtain desirable steady-state and transient responses.
. . . includes numerous problems illustrating and extending the text material.
One of a Series Written in the Interest of the Advanced Course in Engineering of the General Electric Company Vissza