Eletrical engineering books
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The best channel about literature related to electrical engineering!
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Channel Eletrical engineering books (@embedded_library) in the English language segment is an active participant. Currently, the community unites 19 060 subscribers, ranking 10 729 in the Education category and 32 in the Netherlands region.
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Since its creation on невідомо, the project has demonstrated rapid growth, gathering an audience of 19 060 subscribers.
According to the latest data from 19 September, 2025, the channel demonstrates stable activity. Although there has been a change in the number of participants by -49 over the last 30 days and by 0 over the last 24 hours, overall reach remains high.
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The author describes the resource as a platform for expressing subjective opinions:
“The best channel about literature related to electrical engineering!”
Thanks to the high frequency of updates (latest data received on 20 September, 2025), the channel maintains relevance and a high level of publication reach. Analytics show that the audience actively interacts with content, making it an important point of influence in the Education category.
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📖 Advanced Computer Architecture: Design and Performance
This seminal text, now in its sixth edition, remains a cornerstone in the field of computer architecture, known for its thorough exploration of the subject. The latest edition is thoroughly updated to reflect the newest developments in processor and system architecture. It introduces examples from the innovative RISC-V instruction set architecture, underscoring its growing role as a freely adoptable, modern RISC standard.
The book is not only theoretical but also practical, featuring 'Putting It All Together' sections that demonstrate real-world applications of the principles discussed in each chapter. Additionally, it offers a wealth of case studies and exercises, along with review appendices in the printed version and comprehensive reference appendices online. This makes it an indispensable resource for students, instructors, and professionals in computer design.
#books
📖 Industrial Electrical Systems: Optimization and Maintenance Guide
This comprehensive guide is essential for anyone looking to enhance the efficiency, reliability, and longevity of their industrial electrical equipment. It is an invaluable resource for understanding the optimal selection, application, and operation of various electrical components including transformers, motors, variable speed drives, generators, rectifiers, inverters, and uninterrupted power systems.
The book delves into advanced diagnostic testing, inspection methodologies, and fault detection techniques. It helps you navigate through the critical components and typical failure modes of these systems. Whether you're troubleshooting or maintaining these systems, this guide provides insight into predictive and preventive maintenance strategies, commissioning requirements, and the importance of understanding operational costs.
Repost from Eletrical engineering books
🖐🏻 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 Electrical Problem-Solving for Everyone
This book demystifies the concept of troubleshooting electrical, electronic, and mechanical issues, presenting it as a logical and methodical process similar to detective work. Just as a detective pieces together clues to solve a mystery, this guide teaches how to identify and interpret key indicators to find faults in various systems.
Structured as a comprehensive course, the book combines theoretical explanations of troubleshooting methods with practical guidance. It is enriched with more than 80 illustrative diagrams and drawings, enhancing the learning experience. Additionally, it includes 50 comprehension questions, complete with answers, to help readers assess and solidify their understanding of the material covered. This approach makes troubleshooting an accessible skill for everyone, encouraging a systematic and effective way to approach and solve technical problems.
📖 Foundations of Electronics Engineering
Ideal for undergraduate students in electrical, electronics, and computer engineering, this book, first published in 2015 and now thoroughly revised, is also suitable for introductory courses across various engineering and science disciplines. The latest edition includes a new chapter on PSPICE, enhancing its coverage.
The book comprehensively presents the essentials of electronics engineering, starting from electronic materials and components, moving through semiconductor diodes, bipolar junction transistors, field-effect transistors, to operational amplifiers and switching theory. It also delves into logic design, electronic instruments, and introduces PSPICE simulations.
Written in an accessible style, the book is filled with illustrative diagrams and practical examples, making it easy for first-year students to grasp complex concepts. Each chapter concludes with a summary and university-level examination questions, aiding in thorough preparation. Additionally, this book is a valuable resource for anyone interested in learning the basics of electronics independently.
#books #beginner
📖 Comprehensive Guide on Large Signal Amplifiers in Analog Electronics
Explore the realm of large signal amplifiers, commonly known as power amplifiers (PAs), in this detailed book. It delves into the intricacies of PAs, which handle signals of such magnitude that the operation of the active elements is non-linear. The book's focus is on achieving maximum power gain and efficiency in these amplifiers.
Two primary implementations of PAs are examined. The first deals with generating large output signals (current or voltage) in a sequence of directly coupled amplifiers, prioritizing linearity, frequency response, and speed. The second explores actual power amplifiers where the power output to the load is the main concern, alongside considerations of efficiency, linearity, and high frequency response.
📖 Advanced Guide to Logic Circuits and Digital Design Techniques
Dive into the world of digital electronics with this comprehensive guide, designed to impart essential knowledge and practical skills. Begin with the basics of diode resistor logic, progressing through the complexities of TTL and CMOS logic gates. This journey encompasses everything from the SR latch to the revolutionary JK flip flop, fundamental to modern computer technology. Gain a thorough understanding of binary arithmetic, Boolean algebra, and the intricacies of designing and optimizing digital circuits.
The book focuses on using standard design methods like state diagrams for crafting everyday logic circuits, including counters, shift registers, and both PISO and SIPO registers. Explore designing sophisticated digital circuits, such as traffic light systems with pedestrian crossings, and delve into the applications of the versatile 555 timer. Throughout the book, learn to use TINA version 12, an industry-standard ECAD, enhancing your skills in circuit simulation and design.
For those keen on practical application, the book provides opportunities to design PCB circuit boards for selected projects using the software. This guide is an invaluable resource for students at any level in digital electronics, hobbyists looking to delve into circuit design, and engineers seeking a reliable digital electronics reference. Discover the nuances of logic gates, sequential and combinational logic, binary arithmetic operations, and much more, including the practical application of the 555 timer in various logic circuits.
📚 Introduction to Embedded System Design on Arm Cortex-M Microcontrollers
Explore the world of embedded devices and IoT with this beginner-friendly textbook. Across twelve chapters, readers will acquire practical skills to create a fully functional smart home device featuring a fire alarm, motion detector, and security sensor.
The 'learn-by-doing' approach accommodates beginners without prior programming or electronics knowledge. Fundamental concepts are explained and demonstrated through examples using the ST Nucleo-F429ZI board, an Arm-based microcontroller for hands-on experience. Ideal for educators, the book is structured for a twelve-week semester, allowing one chapter to be covered each week.
#books
📓 The basics of Circuit Analysis
An acclaimed textbook for computer and electrical engineering students, this edition provides a comprehensive learning experience with a robust set of pedagogical tools. Designed to support students in grasping complex concepts, the book's student-centered approach focuses on bridging the gap between theory and practice. Clear explanations of key concepts are reinforced through detailed examples, followed by Learning Assessments that allow students to apply their knowledge and self-assess their understanding.
#books #electronics
📖 Fundamentals of Digital Technologies
Tailored for courses in digital circuits, digital systems, and digital fundamentals, this eleventh edition maintains a respected tradition of imparting a robust foundation in digital technology. The book presents fundamental concepts supported by abundant illustrations, examples, exercises, and real-world applications. The comprehensive teaching and learning package includes resources like an Instructor's Manual, PowerPoint lecture slides, Test Bank, and additional study materials for students. The text's strengths lie in providing a solid grounding in digital technology's core principles, a full-color design, well-organized chapters, and clear writing that facilitates understanding of intricate concepts.
#books
📖 Architecting Computing Systems
Embark on the revised second edition of this comprehensive guide, unveiling fresh insights into I/O systems for versatile processors and widespread microcontrollers. Dive into practical instances of interfacing with peripherals, encompassing RS232, SPI, motor control, interrupts, wireless communication, and analog-to-digital conversion. Unveil high-level portrayals of PC I/O interfaces such as USB, SDRAM, WiFi, PCI Express, and more. This edition introduces SystemVerilog in programming and code illustrations, supplanting Verilog, with added exercises and a novel C programming appendix strengthening the nexus between programming and processor architecture. Notable features cover the fundamentals of digital logic design, dual examples in SystemVerilog and VHDL, accompanied by a companion web platform offering valuable resources like CAD tools, lecture slides, hands-on projects, and solutions to exercises.
#books #design
Repost from Eletrical engineering books
🖐🏻 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
📚 DIY Transistor Radios: A Guide to Crafting High-Performance, Cost-Effective Circuits
Discover the art of designing and constructing your own transistor radios with "Build Your Own Transistor Radios." This hobbyist's guide offers detailed schematics and insights into the creation of sophisticated yet budget-friendly radios. Explore the selection of components, construction methods, and troubleshooting techniques. Delve into experimental enhancements and innovations to transform existing designs. The book covers a range of topics, including calibration tools, TRF, regenerative, and reflex radios, superheterodyne radios (basic and advanced), coil-less and software-defined radios, oscillators, filter and amplifier design, sampling theory, and more. Ideal for electronics enthusiasts and students seeking a deeper understanding of radio technology. Published by TAB, an imprint of McGraw-Hill Professional, this guide is perfect for those passionate about creating innovative electronics.
#books #radio
📚 Handbook for Power Electronics
The Fourth Edition of a comprehensive handbook in the field of power electronics brings together extensive expertise from over a century of combined experience in power engineering. This updated guide caters to engineers involved in specialized project aspects such as design, installation, commissioning, and maintenance services. The handbook features a thorough revision with expanded sections on semiconductor components, including valuable content on renewable resources for emerging engineering professionals. New chapters cover electric vehicle charging, traction theory, motors, and wide band gap materials and devices. Authored by international experts, this handbook equips engineers with the knowledge to apply sound engineering principles in project design, analysis, and evaluation, aligning with business policies and product/program requirements. It also provides practical insights and developments for laboratory test plans.
#books #power
Repost from Eletrical engineering books
🖐🏻 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
📚 Fundamental MATLAB Algorithms for Robotics
Explore the convergence of robotics and computer vision in the realm of "Fundamental Algorithms in MATLAB® for Robotics, Vision, and Control." Authored by a seasoned practitioner with over two decades of experience, this book demystifies the intricate landscape of robotic vision through the application of computer algorithms to sensor-acquired data. Over the years, the author has curated two open-source MATLAB® Toolboxes dedicated to robotics and vision, offering implementations of crucial algorithms for real-world problem-solving rather than simplistic examples.
In this accessible yet informative narrative, the book seamlessly integrates theory, algorithms, and practical examples, addressing robotics and computer vision both independently and in conjunction. Leveraging the latest versions of the Toolboxes, the author demonstrates the simplification of complex problems through concise lines of code. Drawing from real-world challenges encountered during years of practical experience, the content spans mobile robots, arm robots, camera models, image processing, feature extraction, multi-view geometry, and culminates in an extensive exploration of visual servo systems.
#books #robots #matlab
📚 Engineering of circuits
Delve into the realm of Circuit Engineering with a focus on the essential facets of electrical knowledge. Uncover the intricacies of Semi-Conductors and Circuit Boards through the comprehensive guide titled "Circuit Engineering." This meticulously crafted resource provides a step-by-step journey to augment your proficiency in basic electronics. Explore the anatomical structure of circuits and consolidate your foundational understanding in a single downloadable compendium. The contents of this invaluable resource are exclusively revealed upon acquisition, making it an imperative addition to your educational repertoire. Obtain it promptly to access the undisclosed wealth of knowledge encapsulated within.
#books
📚 Exploring Electronics: Grasping Electrical Concepts through Fundamental Physics
Embark on an exciting electronic journey using 3D circuit design tools! Immerse yourself in the world of electronics through top-notch graphical programs, where you can create, modify, and update circuits within an interactive, virtual environment. This guide provides step-by-step tutorials, offering a safe space to engage with electronics before delving into hands-on projects. Within minutes, you'll embark on creating your initial circuit, with a primary focus on component layout rather than initial design concerns. Witness the varied responses of electronic components to diverse signals, testing them in various scenarios and circuit conditions before transitioning to real-world experimentation.
As readiness sets in, seamlessly transition to authentic breadboards and microcontrollers, such as the Arduino, to breathe life into your simulated circuits and projects. Once your circuit is assembled in the tangible world, delve into basic Arduino programming to imbue purpose and responsiveness. This guide ensures mastery of both circuit design and programming fundamentals, paving the way for the creation of innovative projects in both virtual and real-world settings.
Key Learning Points:
➡️ Engineer electrical devices with minimal costs
➡️ Measure diverse electrical signals, including voltage, temperature, light, and more
➡️ Program Arduinos to interface with your newly designed circuits
➡️ Target Audience: This book caters to students and hobbyists fascinated by electrical engineering and programming, offering a virtual exploration platform before transitioning to tangible circuit experimentation.
#books #electronics
📚 Crafting Embedded Systems and the Internet of Things using ARM
Explore the intricate world of embedded systems and Internet of Things device development with ARM mbed through this comprehensive and approachable guide. "Crafting Embedded Systems and the Internet of Things with the ARM mbed" provides insight into various aspects of ARM mbed development, spanning from fundamental concepts to advanced techniques. ARM mbed, a platform and operating system centered on 32-bit ARM Cortex-M microcontrollers, takes center stage in this valuable resource. Notably, the guide zeroes in on the ARM mbed NXP LPC1768 and FRDM-K64F evaluation boards.
The NXP LPC1768 boasts a robust set of features, including a swift microcontroller, diverse digital and analog I/Os, multiple serial communication interfaces, and an easily navigable web-based compiler. Widely embraced for study and project creation, NXP LPC1768 is one of the most popular kits. On the other hand, the FRDM-K64F, a relatively recent addition, shares compatibility with NXP LPC1768 but offers enhanced capabilities.
📚 Quick Start Guide to Circuit Design and Simulation: Crafting Schematics and Arranging Electronic Components
Embark on an exciting journey into the realm of electronics exploration through the use of 3D tools for circuit design! Utilize sophisticated graphical software to build, adjust, and revise circuits within an interactive virtual environment. This guide provides step-by-step tutorials, allowing you to safely engage with electronics before transitioning to hands-on experimentation. Within minutes, you'll initiate the creation of your initial circuit, placing a greater emphasis on component layout rather than initial design concerns. Witness the diverse responses of electronic components to various signals, experimenting in different scenarios and circuit conditions before venturing into real-world testing.
As you progress, seamlessly transition to working with authentic breadboards and microcontrollers, such as the Arduino, to breathe life into your simulated circuits and projects. Upon assembling your circuit in the tangible world, delve into fundamental Arduino programming to imbue purpose and responsiveness to your creation. Gain proficiency in both circuit design and programming basics, subsequently advancing to conceive novel projects virtually and in reality.
Key Learning Points:
➡️ Engineer electrical equipment with minimal expenses
➡️ Measure various electrical signals including voltage, temperature, light, and more
➡️ Program Arduinos to interface with your newly designed circuits
Target Audience:
➡️ This book caters to students and hobbyists intrigued by electrical engineering and programming, offering a virtual exploration platform before delving into tangible circuitry.
