Electrical Engineering Books

📖 The Comprehensive Encyclopedia of Electrical and Electronics Engineering Dive into the expansive world of electrical and electronics engineering with this comprehensive encyclopedia. Covering a wide array of specialties within the discipline, this reference work offers over 1,800 articles that define the core knowledge of the field. Whether you're exploring fundamental concepts in power systems and communications or delving into advanced applications like neural networks and robotics, this encyclopedia serves as an invaluable resource for research projects. Beyond technical applications, it also explores topics such as education, historical backgrounds, patents, technology's impact on society, and computer engineering. Continuously updated to reflect the latest advancements, this peer-reviewed encyclopedia is an essential tool for staying abreast of developments in electrical and electronics engineering.

📖 Exploring Arduino-Based Embedded Systems: Interface, Simulation, and LabVIEW GUI Dive into the world of Arduino-based embedded systems with this comprehensive guide, designed for beginners seeking to grasp the fundamentals of programming and device interfacing. Covering essential programming techniques and interfacing methodologies, this book offers practical insights into building Arduino-based projects and integrating them with LabVIEW. Through a series of case studies, readers will learn how to program and simulate Arduino-based systems, and seamlessly interface them with LabVIEW. With twenty-five chapters encompassing detailed descriptions, working models in LabVIEW, and Arduino IDE programming, this book serves as an indispensable resource for aspiring embedded systems enthusiasts.

📔 Essential Principles in Electrical and Electronics Engineering Delve into the fundamental principles of electrical and electronics engineering with this comprehensive guide. Designed to cater to undergraduate students across disciplines, this book offers a concise yet thorough exploration of essential concepts in electrical and electronics engineering. From circuits to components, readers will find clarity on key topics, making complex theories accessible to learners of all backgrounds. Packed with numerous illustrative examples, this guide serves as an invaluable resource for understanding and applying foundational principles in the field. Whether you're a novice or seasoned enthusiast, this book equips you with the knowledge needed to excel in electrical and electronics engineering.

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📖 Revolutionizing Microelectronic Packaging: Advanced Modeling and Simulation In an era where IC package design demands precision and efficiency, the reliance on traditional "test and try out" methods persists in assembly processes and reliability tests. However, the paradigm is shifting towards modeling and simulation, offering a virtual Design of Experiments (DoE) approach for optimal solutions. This transformative approach not only slashes costs and production times but also propels innovation, particularly in 3D package development. This comprehensive guide equips professionals in the field with essential modeling and simulation skills, from basic principles to advanced techniques, empowering them to tackle diverse challenges. From manufacturing to reliability testing, this book pioneers the application of modeling and simulation, enabling virtual prototyping, reliability qualification, and concurrent engineering for microelectronic products. Covering a spectrum of processes for ICs, optoelectronics, MEMS, SiP, and nano interconnects, it serves as a cornerstone for advanced engineering design in the microelectronics domain.

📖 Defective Device Diagnosis: An Essential Handbook for Electronics Manufacturers Navigating product or process reliability issues and optimizing the performance of electronic components and systems often relies on failure analysis. Embracing the physics-of-failure approach, a globally recognized method, is crucial for continual enhancement of material, device, and process reliability. This approach, rooted in the understanding of physical and chemical phenomena behind degradation or failure, supersedes traditional distribution models like Weibull or lognormal for failure mechanisms. For reliability engineers seeking practical insights into intricate failure analysis procedures, this handbook serves as an indispensable resource. Through twelve intricate case studies, the authors elucidate the rationale behind employing failure analysis with electronic components, delineate the optimal conditions for its application, and detail the essential methods for successful implementation.

📚 Radio Projects for True Geniuses Radio enthusiasts and electronics hobbyists, rejoice! Dive into the world of radio and receiver projects with this captivating guide describing the best projects in the area of radio electronics! In this book you explore the intricacies of the radio spectrum, decode schematics with ease, and master the art of soldering. With each project completed, you'll not only enhance your understanding of electronics fundamentals but also revel in the satisfaction of building your very own receiver. Get ready to tune in to a world of creativity and innovation!

📖 STM32 IoT Projects: A Practical Guide Get hands-on with STM32 microcontrollers and dive into IoT projects! Learn how to connect sensors, like the BM e 280, to STM32 devices, measuring temperature, pressure, and humidity. Access an easy-to-follow library on GitHub, understand the code, and adapt it for your needs. With clear instructions and explanations, this guide is perfect for beginners looking to create custom IoT devices using STM32 microcontrollers. Start by setting up projects with STM32 F103 controllers, configure clock settings, and enable serial wire debugging. Explore I2C and SPI communication protocols and connect sensors like the BM e 280. Follow step-by-step tutorials and practical demonstrations to develop your IoT solutions effortlessly!

🏷🏷Open-Source Solutions for Embedded Systems and Robotics This publication endeavors to showcase the latest advancements in open source software and hardware technologies, alongside their practical implementations, propelling these sophisticated systems to new heights. The chapters are structured to facilitate comprehension for readers unfamiliar with advanced computing technologies, gradually guiding them towards deeper insights. Additionally, the book features eight advanced real-time projects, meticulously validated and tested, to enhance rapid prototyping skills. With these projects, readers can swiftly deploy their learned knowledge into practical applications.

🏷🏷Exploration Manual for Cutting-Edge Innovations in Embedded System Design In an era where real-time and embedded systems are undergoing profound transformations, challenges concerning the evolution of development processes, one-time engineering expenditures, and fostering effective collaboration among development factions will inevitably emerge. This handbook offers insights gleaned from the computer science community on collaborative research ventures in Europe. This comprehensive compendium delves into a myriad of design paradigms explored in these projects, spanning from high-level conceptualization utilizing standards such as UML and its associated profiles to intermediary design phases. This resource will prove indispensable for practitioners of embedded software, scholars, students, professionals, and researchers entrenched in the computer science realm. #books #design

📖 Cooling Solutions for Microelectronics: Advances in Conduction, Evaporation, and Convection Delve into the latest cooling technologies for microelectronics processors with this comprehensive guide. Covering chip-embedded two-phase cooling, monolithic microfluidic cooling, numerical modeling, and advancements in materials engineering, this book addresses high heat flux challenges head-on. Explore co-design strategies for optimizing thermal and electromagnetic properties to develop efficient electric motors, alongside a thorough analysis of scaling limits and emerging cooling technologies. Whether you're an electrical engineer, thermal engineer, or an MS or PhD student, this book offers valuable insights and a roadmap for navigating the complex field of microelectronics device cooling.

📖 Foundations of Electrical and Electronics Engineering Delve into the fundamentals of electrical and electronics engineering with this comprehensive volume. Now in its second edition, this book has been updated to include essential topics such as domestic wiring, electrical installations, instrument transformers, and batteries. Written in clear and accessible language, it empowers learners to apply basic concepts across various disciplines and prepares them for advanced coursework. With a wealth of problems and appendices, this book serves as a valuable resource for students and instructors across all branches of engineering.

📖 Guide to Understanding Electricity and Electronics for Beginners Embark on your journey into the world of electricity and electronics with this comprehensive guide. Ideal for beginners, this book provides a thorough introduction to the fundamentals of electricity and electronics, covering everything from setting up a basic workbench to understanding electronic components and essential concepts like voltage, current, resistance, and power. Written in clear and accessible language, this guide includes practical projects to help reinforce your understanding and expand your skills. With updated content and new projects, this second edition is the perfect resource for anyone eager to master the basics of electricity and electronics. Whether you're interested in linear circuits, digital electronics, or radio and television technology, this guide has you covered from start to finish.

📖 Starting up with PCB boards design This is your go-to guide for mastering the art of designing and creating customized circuit boards. This comprehensive resource teaches you the ins and outs of making your own printed circuit boards using open-source software and cost-effective manufacturing methods. From understanding the basics of PCB design to navigating through the intricacies of the manufacturing process, this book equips you with the knowledge and skills needed to bring your electronic projects to life. Whether you're a beginner or a seasoned enthusiast, this book will empower you to unleash your creativity and take your electronics projects to new heights.

🖐🏻 Don't forget to check out our main channel about electronics! There you will find a lot of useful guides, projects, news, links related to the microprocessor electronics and programming of microcontrollers! Please, join: @embedded_system

📖 Outline of the Basic Electricity Struggling with basic electricity concepts? Look no further! This outline breaks down the fundamentals of electricity and electric circuits. Designed to complement vocational and technical courses, this book covers digital and computer technology, catering to technicians in these fields. Chapters are structured to address specific subjects related to electric circuits, allowing targeted study or comprehensive coverage. Dive into solving circuit values in both simple and complex series and parallel circuits with confidence.

📖 Electrical Engineering for Dummies Discover the fundamentals of electrical engineering with this book written for complete beginners. Whether you're intrigued by LED displays, calculators, or toy cars, this book offers a clear introduction to circuit analysis. With minimal prerequisites, readers can grasp essential concepts without diving into complex mathematics. Real-world examples and straightforward language make learning intuitive and enjoyable. From basic principles to advanced topics like s-domain analysis, this guide lays the foundation for further exploration in electrical engineering.

📖 Sinisterly Entertaining Projects with tinyAVR Microcontrollers Embark on a journey of diabolically fun electronic projects with tinyAVR Microcontroller Projects for the Evil Genius. This mischievously inventive guide unveils 34 devilishly clever devices that blend entertainment and practicality. From LED displays to sensor-driven contraptions, each project is meticulously detailed, guiding you through the development process and providing insights into tools, power sources, and programming. Using readily available components, you'll delve into electronics and embedded programming, bringing to life projects that range from the visually striking to the audibly intriguing. With step-by-step instructions and downloadable source code and circuit files, this guide allows for customization, ensuring each project suits your unique requirements. Whether it's a flickering LED candle, a temperature gauge, or a batteryless remote, unleash your inner genius as you craft these delightfully wicked creations.

📖 Embedded Systems Architecture (2024) This book offers a comprehensive exploration of embedded development, delving into the intricate workings of various components in real-world systems. A great must-read for those developers looking into design and implementation aspects of the embedded systems. This book covers the following topics: ➡️ Participate in the design and definition phase of an embedded product ➡️ Get to grips with writing code for ARM Cortex-M microcontrollers ➡️ Build an embedded development lab and optimize the workflow ➡️ Secure embedded systems with TLS ➡️ Demystify the architecture behind the communication interfaces ➡️ Understand the design and development patterns for connected and distributed devices in the IoT ➡️ Master multitasking parallel execution patterns and real-time operating systems ➡️ Become familiar with Trusted Execution Environment (TEE) Who this book is for: The book serves as a valuable resource for both beginners and less experienced embedded programmers looking to deepen their understanding of embedded systems.

📖 Marine Electrical and Electronics Guide Embark on a journey of marine electrical and electronics expertise with the fully revised and expanded fourth edition of the "Marine Electrical and Electronics Guide." This comprehensive handbook is an indispensable resource for sailors, offering practical guidance on selecting, installing, maintaining, and troubleshooting electrical and electronic systems aboard various types of vessels. From cruising yachts to powerboats and superyachts, this guide covers it all. With over two hundred charts, wiring diagrams, tables, and graphs, the guide is extensively illustrated to aid comprehension. Designed for practical use, "Marine Electrical and Electronics Guide" focuses on actionable advice rather than complex theory. Recognizing the diverse backgrounds of cruising yacht owners, the chapters are structured for easy access to technical descriptions and troubleshooting tips. Drawing from the author's professional marine electrical expertise and personal cruising experiences, this guide is a valuable companion for any sailor navigating the waters.

📖 Electronics Essentials: Your Comprehensive Guide Unlock the world of electronics with ease using the ultimate "how-to" guide, "Electronics Essentials: Your Comprehensive Guide." Whether you're a beginner or looking to expand your knowledge, this book is packed with invaluable information to help you dive into the fascinating world of electronics. From mastering basic electronic components to exploring advanced topics like digital electronics and Arduino microprocessors, this book covers it all. With step-by-step guides and practical tips, you'll learn at your own pace and have fun along the way. Discover critical safety measures to protect yourself and your surroundings while experimenting with electronics. Explore useful schematics for everyday devices, from animated holiday lights to prop controllers. Delve into alternating current, direct current, analog, digital, and car electronics, as well as Raspberry Pi technologies. Whether you're a curious beginner or an aspiring electronics enthusiast, "Electronics Essentials: Your Comprehensive Guide" is your go-to resource for understanding and mastering electronic technologies. Dive in and embark on an exciting journey of discovery and learning.

🖐🏻 Don't forget to check out our main channel about electronics! There you will find a lot of useful guides, projects, news, links related to the microprocessor electronics and programming of microcontrollers! Please, join: @embedded_system

📖 Mastering PCB Design: Essential Tips and Tricks Structured for easy reference, this e-book offers a lot of invaluable insights and practical advice to help you master the art of PCB design. From foundational principles to advanced techniques, we cover everything you need to know to create efficient and reliable printed circuit boards. Unlike other tutorials that focus solely on software tools, "Mastering PCB Design" delves deep into critical aspects such as trace design, floor planning, heat management, and interference mitigation. Learn industry standards, prepare design files for production, and gain insights for selecting the right PCB manufacturer. Unlock your potential and embark on your PCB design journey with confidence. Whether you're a novice or a seasoned enthusiast, "Mastering PCB Design" is your essential companion for mastering the intricacies of PCB design and taking your electronic projects to new heights.

📖 Mastering Algebra for Electric Circuits Unlock the power of practical math for planning, designing, and problem-solving in electric circuits with "Mastering Algebra for Electric Circuits." Authored by Ken Jenkins, this comprehensive guide is tailored to upgrade your career-enhancing math skills and support technological innovation. Each chapter is designed as a self-contained unit, allowing you to learn at your own pace without the hassle of searching for connections or background information. With worked-out questions, solutions, and final exams included, you'll find it easy to grasp complex concepts and apply them to real-world scenarios. This self-teaching text goes beyond elementary algebra, offering circuit-focused applications, illustrations, and examples that bridge theory with practical application. Special emphasis is placed on the algebra of logic and matrices, providing essential tools for understanding and analyzing electric circuits. With hundreds of practical problems and over 300 illustrations, "Mastering Algebra for Electric Circuits" is your go-to resource for mastering algebraic concepts and enhancing your proficiency in electric circuit design and analysis. Dive into the world of algebra for electric circuits and propel your career to new heights.

📖 Exploring Electrical Machines Embark on a comprehensive journey through electrical machines with this accessible guide, delving into transformers, motors, generators, and magnetic circuits. Ideal for undergraduate courses in electrical and electronics engineering, this book covers fundamental concepts with clarity and depth. Key Features: ➖Detailed discussions on the construction, working principles, and applications of various electrical machines. ➖Clear explanations accompanied by descriptive illustrations, step-by-step solved examples, and mathematical derivations. ➖Special focus on the design of transformers, the functioning of generators, and the performance of induction motors. ➖A dedicated chapter on special purpose machines, including servomotors, brushless motors, and stepper motors, catering to industrial needs. ➖Enhanced learning with 400 solved examples, 600 figures, and over 1000 self-assessment exercises. Whether you're a student or a professional in the field, "Exploring Electrical Machines" equips you with the essential knowledge and skills to understand, design, and apply electrical machines effectively in various engineering contexts.

📖 Electric Machinery: Principles and Applications Experience the comprehensive update of "Electric Machinery" in its thrilling sixth edition, where fundamental principles meet modern advancements. This edition continues to prioritize a deep understanding of core concepts while incorporating new chapters and expanded content for a more enriched learning experience. Key Features: ➖Thorough coverage of fundamental concepts alongside advanced topics for readers seeking deeper knowledge. ➖Addition of new chapters, including a focus on power electronics and speed/torque control of DC and AC motors. ➖Expanded with additional examples and practice problems to reinforce understanding. ➖Introduction of MATLAB applications throughout the text and chapter problems, enhancing hands-on learning and practical application. This book is a must-have resource for students and professionals alike, offering a blend of theory and practical insights essential for navigating the complexities of electric machinery in today's technological landscape.

🖐🏻 Don't forget to check out our main channel about electronics! There you will find a lot of useful guides, projects, news, links related to the microprocessor electronics and programming of microcontrollers! Please, join: @embedded_system

📖 Foundations of Electromagnetic Engineering It delves into the timeless principles and laws that underpin the applications of electromagnetic phenomena in electrical engineering. With a focus on fundamental concepts and governing equations, this book serves as a comprehensive resource for understanding electromagnetic fields across various disciplines within electrical engineering. Key Features: ➖Detailed exploration of Maxwell’s equations and their implications for static and time-varying electric and magnetic fields. ➖Project portfolio with comprehensive solutions available on the companion website, facilitating a thorough understanding of fundamental concepts. ➖End-of-chapter homework problems emphasize engineering applications, reinforcing learning objectives. ➖Progressive chapter structure introduces increasingly complex topics, allowing readers to build upon foundational knowledge. ➖Equips readers with the competence to tackle advanced subjects such as electrical machines, power system analysis, and electromagnetic compatibility. It is essential reading for electrical engineering students, faculty, and professionals seeking a solid understanding of electromagnetic principles across diverse applications in the field.

📖 Analog Circuit Design: Theory and Applications It offers a practical approach to understanding analog design principles and techniques. With a focus on real-life applications and a clear explanation of underlying theory, this book equips readers with the intuition and insight needed to make informed design decisions. Key Features: ➖Emphasis on the physical picture to aid in developing practical intuition ➖Clear and descriptive writing style for enhanced comprehension ➖Suitable for design-oriented courses in operational amplifiers and analog ICs ➖Comprehensive reference for practicing engineers in the field of analog circuit design

📖 Mastering Electric Circuits "Mastering Electric Circuits" enters its fifth edition with a renewed commitment to clarity, engagement, and accessibility in circuit analysis. Through a sound six-step problem-solving methodology introduced in the first chapter, students embark on a journey that emphasizes practical application and skill development throughout the text. Key Features: ➡️ Clear exposition of the six-step problem-solving methodology ➡️ Balanced blend of theory, worked examples, extended examples, and real-world applications ➡️ Over 468 new or revised homework problems for enhanced practice ➡️ Integration of more than 100 "Design a Problem" exercises to foster design skills ➡️ Robust media offerings to support student learning

🖐🏻 Don't forget to check out our main channel about electronics! There you will find a lot of useful guides, projects, news, links related to the microprocessor electronics and programming of microcontrollers! Please, join: @embedded_system

📖 Fundamentals of Transistor Circuits For over four decades, "Fundamentals of Transistor Circuits" has served as an indispensable resource for students and professionals seeking mastery in transistor circuit design. Despite the prevalence of integrated circuits, the significance of discrete transistors endures as essential components in both understanding circuit fundamentals and solving practical design challenges. The ninth edition has been meticulously revised to encompass the latest advancements and applications, including computer circuit simulation. Additionally, numerous diagrams have been updated to align with contemporary standards. Updated topics encompass thyristors, Darlington transistors, amplifiers, ring modulators, power supplies, optoelectronics, and logic circuits. This edition, written by seasoned industry experts, provides an accessible, step-by-step introduction ideal for novices, ensuring its relevance in today's rapidly evolving electronics landscape.

📖 Antenna Design Handbook: Practical Guide Discover the art of antenna design with this great book - "Antenna Design Handbook: Practical Guide." This updated fourth edition offers step-by-step instructions and plans for creating high-performance antennas, catering to engineers and radio enthusiasts alike. From theoretical concepts to hands-on construction, author's expert guidance bridges theory and practice, covering a wide range of antenna types. The book also includes a new chapter on antenna modeling software and expanded content on emerging technologies. Whether you're an amateur radio enthusiast or a professional, "Antenna Design Handbook" is your essential companion for mastering antenna design and construction.

📖 Mastering Microelectronics: Circuit Analysis and Design This book serves as an essential resource for undergraduate electrical and computer engineering students, offering a solid foundation in both analog and digital electronic circuits. Building upon the success of previous editions, the fourth edition retains its commitment to clarity, accessibility, and student-friendly pedagogy. With a focus on readability and practical learning, this book presents complex concepts in a clear and understandable manner, making it suitable for learners at all levels of expertise. Whether you're a student seeking to master the fundamentals of microelectronics or an instructor looking for a comprehensive teaching resource, "Mastering Microelectronics" provides the tools, insights, and support needed to succeed in the dynamic field of circuit analysis and design.

📖 Mastering Analog Integrated Circuits: A Comprehensive Guide Delve into the intricate world of analog integrated circuits with our comprehensive guide, "Mastering Analog Integrated Circuits." Authored by leading experts in the field, this book is your ultimate companion for understanding, analyzing, and designing analog circuits with precision and expertise. Unraveling the complexities of analog circuitry, this book offers a systematic approach to mastering key concepts, methodologies, and design techniques. Whether you're a seasoned professional or a budding engineer, our book caters to individuals at all levels, providing a rich blend of theoretical insights and practical applications.

📖 Guide to PCB Design: Prototyping Essentials Printed circuit boards (PCBs) serve as the foundation of contemporary electronic devices, yet many engineers acquire PCB design skills through hands-on experience rather than formal education. This book serves as a foundational resource for engineers venturing into PCB design, emphasizing good practices for connectivity and introducing key principles to minimize noise. It outlines a seven-step process, covering everything from planning and schematic creation to assembly, troubleshooting, and documentation. The book places significant emphasis on risk management, providing insights at each stage to prevent errors that may necessitate re-spins. Beyond connectivity, it delves into habits to mitigate noise factors, applicable to designs ranging from 2-layer to 8-layer configurations. The inclusion of best practices for lead-free soldering, measurement techniques using common lab instruments, and troubleshooting strategies enhances the reader's ability to design PCBs efficiently and with minimal noise. Embedded videos complement the text, visually illustrating various hands-on processes introduced in the book.

💬 Many people have been asking to post mathematics books. Since this channel is dedicated to electronics/programming of it, another channel for math books has been created. From now on, all mathematics books will be publishing on this channel. ✈️ @mathematics_pdf Don't forget to save this new channel and don't lose free books!

📕 Applied Embedded Electronics: Designing Robust Systems Explore the essential principles of embedded electronics design with a focus on creating reliable integrated systems. In this practical guide, author Jerry Twomey provides valuable insights into the methods crucial for designing electronics that power a wide range of modern devices, addressing topics from a real-world application perspective and emphasizing hardware design. Key Topics Covered: ➡️Ideal vs. Actual Connections: Understanding the distinction between ideal and actual components and digital signals. ➡️Architecting an Embedded System: Strategies for designing integrated systems for optimal performance. ➡️Digital Interface Selection: Considerations based on application, speed, and distance. ➡️Multivoltage Power Supplies: Addressing power supply challenges with varying voltage requirements. ➡️High-Frequency Power Integrity: Managing power integrity in high-frequency applications. ➡️Battery and Charging Systems: Design considerations for efficient and reliable battery-powered systems. ➡️EMI Reduction and ESD Protection: Techniques to reduce electromagnetic interference and protect against electrostatic discharge. ➡️Peripheral Driving and Sensing: Strategies for interfacing with and sensing peripherals. ➡️Digital Feedback Control: Implementing digital feedback control for enhanced performance. ➡️Power Consumption and Cost Optimization: Techniques to optimize power consumption and reduce costs. ➡️Specialty Systems: Design considerations for medical, industrial, and aerospace applications. ➡️PCB Design: Guidelines for designing printed circuit boards, considering manufacturability, yield, and noise. With extensive illustrations and minimal equations, this book is accessible to anyone with an interest in electronics. Whether you are a seasoned engineer or a beginner, "Applied Embedded Electronics" provides practical insights to guide you through the process of designing reliable integrated systems.