Book by Balabanian, Norman, LePage, Wilbur R.

Electrical Science

Engineering & Transportation

Balabanian, Norman

Engineering

McGraw-Hill Companies

This exciting new entry for the sophomore linear circuits course by a distinguished author of many successful textbooks offers a truly innovative approach to electric circuits--the scientific model-based method of developing a general law by examining real world cases. Other features include a careful illustration of the "why" behind electric phenomenon, an abundance of worked examples, problems using Spice and Matlab, and additional design problems.

Electric Circuits

Science & Math

Technology

Mcgraw-Hill College

This entry for linear circuits courses offers an approach to basic electric circuits - the scientific model-based method of developing a general law by examining real-world cases. Other features include an illustration of the "why" behind electric phenomenon, a selection of worked examples, problems using Spice and Matlab, and additional design problems. Both inductive and deductive processes are emphasized, taking a rigorous engineering approach. More has been included on electronics, non-linear material and operational amps. The emphasis is on design with separate end-of-chapter problems highlighting this area. (An accompanying instructor's manual ISBN: 0-07-004805-3 is also available).

En este libro pretendemos desarrollar con rigor los fundamentos de la teoría de redes. Se considera la respuesta a la frecuencia y al tiempo, así como el Análisis y la Síntesis. Los componentes activos y no recíprocos (tales como los generadores gobernados, giradores y conversos negativos) se tratan junto a los componentes pasivos recíprocos. Aun cuando la mayor parte del libro se limita a redes lineales, invariantes en el tiempo, existe un capítulo extenso que trata las redes no lineales y variables en el tiempo.

Electrical Network Theory

Bickart, Theodore A.

wiley

This is an introductory-level book on the principles of digital logic design. Many topics are introduced in an exploratory spirit so students understand the purpose and motivation for their presentation. Modern design methods are introduced including the behavioral specification of systems using a hardware description language (HDL); ABEL is the chosen HDL for this text. The choice of ABEL to facilitate the introduction of the hardware description language as a tool for design minimizes the effort of students to learn the language, thus enabling them to concentrate on the concepts behind designing with an HDL. A chapter on the use of ABEL in the design of circuits using PLDs is also included. Additional topics covered in the text are combinational and sequential circuit principles and computer organization. The final chapter on computer architecture is a bridge between the traditional subjects covered in the first eight chapters and the contemporary world of ubiquitous computing. This text is intended for use by first or second-year students of electrical engineering, computer engineering, or computer science. No previous knowledge of electric circuits or of electronics is assumed.

Digital Logic Design Principles

Computers & Technology

Carlson, Bradley

Computer Science

Linear Network Theory: Analysis, Properties, Design and Synthesis, original hard cover published 1981

Linear Network Theory: Analysis, Properties, Design and Synthesis

Bickart, Theodore

Matrix Pub

Fundamentals of Circuit Theory

Fundamentals Of Circuit Theory

Literature & Fiction

Literary

Literary Licensing, LLC

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Books by Balabanian, Norman