This book presents a concept that has had more of an impact on engineering and physics than any mathematical tool since the Fourier transform.

Presents the theory of electromagnetic with and introduction of computer based, numerical methods of electromagnetic field analysis. Introduces the finite element method and by using prewritten computer programs readers can see the results of their analysis.

Completely revised edition of the classic guide for modern electronic components. Latest data, information and design guidelines for engineers who design, manufacture and use active components in electronic systems.

This self-contained reference/text provides a detailed, up-to-date tretment of the concepts and applicatoins of advanced digital signal processing.

This one-of-a-kind reference/text discusses the structure and concepts of multivariable control systems, offering a balanced presentation of theory, algorithm development, and methods of implementation.
Contains a powerful software package-L-A-S (Linear Algebra and Systems)-a handy, easy-to-use tool for verifying an analysis technique or control design!

The definitive reference for over seventy-five years, this essential handbook contains a wealth of information and practical advice on the selection, installation, maintenance, and operation of all types of electrical equipment and wiring. The Twelfth Edition is revised and expanded to cover the latest developments in the electrical industry. Complete guidance on electrical fundamental, conductors and cables, circuits and circuit calculations, and equipment and batteries is included. Transformers, electronic and solid-state circuits, generators and motors, interior wiring, and electric lighting are also examined in detail.

An introduction to the theory of signal analysis and linear signal processing from a systems viewpoint. Covers sampled data signals, random signals and signal comparisons along with filters and signal recovery, detection and prediction.

The new edition of this comprehensive work combines bipolar, CMOS and BiCMOS analog integrated circuit design in a unified treatment that highlights commonalities as well as differences. It features extensive use and coverage of the SPICE program, as well as advanced CMOS modeling, including submicron devices.
Chapters cover: - Models for Integrated-Circuit Active Devices - Bipolar, MOS, and BiCMOS Integrated-Circuit Technology - SingleTransistor and Two-Transistor Amplifiers - Transistor Current Sources and Active Loads - Output States - Operational Amplifiers - Frequency Response of Integrated Circuits - Feedback - Frequency Response and Stability of Feedback Amplifiers - Nonlinear Analog Circuits - and Noise Integrated Circuits

This book is for engineers who need to predict phenomena associated with MTLs such as line delay and signal degradation, attenuation, dispersion, crosstalk, and effects of incident fields. While it clearly and concisely describes all existing methods for analyzing MTLs, its main objective is to cut through the morass of MTL analytical methods to demonstrate the core techniques upon which they are all based. A superb advanced-level course text and indispensable professional reference.

Complete coverage of the essential principles, methods, and data needed to solve the engineering problems that arise in antenna design and applications. Contributions by 63 leading experts in the field make this the most authoritative antenna sourcebook on the market today.

Digital Signal Processing is a rapidly expanding area for evaluation and development of efficient measures for representation, transformation and manipulation of signals. This book fuses signal processing algorithms and VLSI circuit design to assist digital signal processing architecture developers. The author also shows how this technique can be used in applications such as: signal transmission and storage, manufacturing process quality control and assurance, autonomous mobile system control and biomedical process analysis.

The hottest technology for the next decade of internetworking, asynchronous transfer mode (ATM) will provide the standard protocol for the 21st-century voice, video, and data integration.
From the basics and standards of ATM and B-ISDN to more advanced protocol- and service-specific discussions, this complete working manual offers real-world coverage of every nuance of ATM-protocols, operation, standards, technology, and services. Plus, dozens of actual case examples show how to avoid some of the most common and costly design errors.

Contents: Introduction to Automatic Controls. Representation of Control Components. Representation of Control Systems. Steady-State Operation. Laplace Transforms. Transient Response. The Root-Locus Method. Analog Computers. State-Space Methods. Digital-Control Systems. Frequency-Response Methods. System Compensation.

Self-paced course and quick reference that includes chapter-ending tests and projects for the beginning technician.