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Fundamentals of Electronics Vol.1 Electronic Components and Elementary Functions; Vol.2 Continuous-time Signals and Systems
Author: Pierre Muret
Year: 2017-2018
Format: PDF
File size: 10,6 MB
Language: ENG

Year: 2017-2018
Format: PDF
File size: 10,6 MB
Language: ENG

It covers electronic components, elementary functions, continuous-time signals, and systems. Book Description: Fundamentals of Electronics Vol 1 - Electronic Components and Elementary Functions Volume 2 - Continuous-Time Signals and Systems Author: Pierre Muret Wiley-ISTE 2017-2018 210+258 Format: Hardcover/Paperback/eBook Price: [Price] Genre: Technology & Engineering, Electronics The book "Fundamentals of Electronics" is a comprehensive treatise that provides readers with a deep understanding of electronic components and their functions, as well as practical applications of continuous-time signals and systems. The first volume focuses on electronic components and elementary functions, while the second volume delves into continuous-time signals and systems. This book is an essential resource for anyone looking to gain a solid foundation in electronics, from students to professionals. Book Summary: Volume 1 - Electronic Components and Elementary Functions This volume introduces the fundamental concepts of electronics, including electronic components such as resistors, capacitors, and diodes, and their functions. It covers the basic principles of electric circuits, circuit analysis, and design. Readers will learn about the characteristics of electronic components, their specifications, and how they are used in various applications. The book also explores the concept of voltage, current, power, and energy, providing a solid foundation for understanding electronic circuits. Volume 2 - Continuous-Time Signals and Systems In this volume, readers will delve into the world of continuous-time signals and systems, learning about the properties of continuous-time signals, Fourier analysis, and filter design. The book covers topics such as frequency response, stability, and feedback control, providing a comprehensive understanding of continuous-time systems.
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