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.
📊 Audience metrics and dynamics
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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- Engagement rate (ER): The average audience engagement rate is 0%. Within the first 24 hours after publication, content typically collects N/A% reactions from the total number of subscribers.
- Post reach: On average, each post receives 0 views. Within the first day, a publication typically gains 0 views.
- Reactions and interaction: The audience actively supports content: the average number of reactions per post is 0.
📝 Description and content policy
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.
19 060
Subscribers
No data24 hours
-97 days
-4930 days
Posts Archive
♾ Discover Electronics with Arduino: A Visual Beginner’s Guide to Physical Computing
Dive into the world of physical computing with Arduino using this beginner-friendly guide. Designed for complete novices, this book requires no prior knowledge of electronics or programming. With vibrant color illustrations, clear explanations, and step-by-step instructions, it guides you from assembling simple circuits on a breadboard to setting up the Arduino IDE and writing your own sketches.
You’ll learn the basics of electronics and programming, including digital and analog inputs and outputs. Emphasizing troubleshooting techniques, the book ensures you know how to address issues with your circuits or code. By the end of this hands-on journey, you'll have a solid foundation for creating your own Arduino projects.
➡️Ideal for beginners with no prior electronics or programming experience
➡️Packed with full-color illustrations for easy comprehension
➡️Provides an accessible introduction to microcontrollers and physical computing
➡️Step-by-step projects teach essential skills
➡️Covers a variety of Arduino-based projects with digital and analog inputs and outputs
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🏷🏷Advanced Reflow Soldering: Techniques and Equipment
Advanced Reflow Soldering: Techniques and Equipment explores the technology behind reflow soldering with a focus on the equipment used in the process. The book begins by explaining the fundamentals of surface mount technology. It then provides detailed chapters on infrared ovens, convection ovens, Vapor Phase Soldering (VPS), and specialized reflow ovens. Each section includes discussions on the physical principles, design, operational methods, and parameters of heating, flow, and vapor, ending with practical applications and common soldering issues.
The final chapters examine numerical simulations for different reflow ovens, offering practical insights for researchers, process engineers, and quality control professionals in the electronics and manufacturing sectors. The book provides a comprehensive comparison of reflow soldering equipment, heating techniques, and operational principles. Additionally, it covers characterization and measurement methods, including practical case studies, to enhance soldering quality and address common soldering problems. The introduction of Vapor Phase Soldering (VPS) technology is also covered, making this book an essential guide for mastering reflow soldering processes.
🏷🏷Mastering Electronics Soldering: Techniques and Best Practices
Designed for managers, engineers, and technicians in the electronics assembly industry, this guide is also perfect for students looking to grasp the various soldering methods and technical considerations. With over 200 illustrations, including a photographic guide to defects, plus numerous line drawings, tables, and flow charts, this book provides a detailed and practical exploration of electronics soldering.
This guide covers everything from basic hand soldering to advanced methods like inert atmosphere wave soldering and zoned forced convection infra-red machines. It delves into solder and flux types, cleaning requirements, and the classification of assembly variants.
The book includes a thorough analysis of soldering defects and their causes, and a special chapter on Ball Grid Array (BGA) technology. Additionally, it addresses cleaning, troubleshooting, safety, and solder process quality assessment, making it a comprehensive resource for anyone involved in electronics assembly.
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🏷🏷Mastering PCB Design with OrCAD Capture and PCB Editor
Mastering PCB Design with OrCAD Capture and PCB Editor, Second Edition, offers hands-on guidance for using the OrCAD design suite to create and produce printed circuit boards. This updated edition, based on OrCAD Capture Version 17.2, covers every step of the PCB design process, from initial schematics to final board fabrication.
Learn essential skills:
➡️Design PCBs using OrCAD Capture and PCB Editor.
➡️Integrate PSpice simulation into your designs.
➡️Develop custom schematic parts and create footprints and PSpice models.
➡️Perform documentation, simulation, and fabrication from a single schematic.
This book is perfect for both novices and seasoned designers, blending theoretical concepts with practical applications to optimize your PCB designs. It includes real-world examples demonstrating the complete design workflow and adherence to IPC, JEDEC, and IEEE standards. Whether you're starting out or refining your skills, this guide provides all the tools you need for effective PCB design.
♾ Crafting IoT Projects with Arduino and Web Technologies
Unleash the full potential of Internet of Things (IoT) endeavors with this comprehensive guide that delves into Arduino programming and web development.
Construct custom Arduino hardware solutions tailored to your specific project requirements. Harness web development frameworks to craft intuitive user interfaces for seamless data visualization and control.
Bridging the gap between physical and digital realms, implement real-time data monitoring and control strategies. Bringing ideas to life Gain practical insights into essential IoT principles, and implement memory optimization strategies vital for robust industrial applications.
Develop prototype circuits designed for seamless sensor integration and precise data acquisition. Create dynamic web interfaces for remote sensor monitoring, trend visualization, and actuator control. Dive into real-world examples and case studies to solidify your understanding.
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🇳🇱 Electronics emoji pack is now out!
Great news for all subscribers and electronics makers. In the new emoji pack you will find emojis of the most typical electric elements, well-known devices, tools and the major companies producing microcontrollers and chips.
Example of the emojis:
🫸🎛🕹🎹🔌 🪛🕹💡📺🏍 🪛🍞🎚🧊👉 📟⏲♾🍓🦋At the moment the pack contains 35+ emojis but soon it will gain a lot more different elements so stay tuned and add the pack to your library if you like it! ✈️ Add the emoji pack #news
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
📖 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.
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
📖 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.
