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Reading list
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This highly acclaimed textbook provides a comprehensive overview of electronic circuits and devices. It valuable resource for students and professionals who want to delve deeply into the field of electronics.
Widely used textbook for introductory electrical engineering courses and provides a strong foundation in basic circuit analysis, including the fundamental concepts of capacitors in both DC and AC circuits. It is valuable for students seeking to gain a broad understanding and is often used as a primary textbook in academic institutions. The book includes numerous examples and problems to solidify understanding.
Another highly regarded textbook for introductory circuit analysis, this book offers a structured and formal approach to understanding electrical circuits, including the behavior of capacitors. It is well-suited for undergraduate students and can serve as a core text to build a solid understanding of capacitor principles in various circuit configurations.
Provides a comprehensive introduction to electrochemical supercapacitors, a key contemporary topic in capacitor technology. It covers the fundamentals, materials, characterization techniques, and applications in energy storage. It is highly relevant for graduate students and researchers interested in advanced capacitor technologies. , , ,
This comprehensive textbook provides a solid foundation in electronics, covering topics such as basic circuit analysis, digital electronics, and analog electronics. It valuable resource for students and professionals in the field of electronics.
While covering a broad range of electronics topics, this book provides excellent practical insights into the use and behavior of various electronic components, including capacitors. It is highly valuable for deepening understanding through practical application and is considered a must-read reference for anyone serious about electronics design, from advanced students to working professionals. It offers detailed explanations and practical examples.
Dives into advanced dielectric materials crucial for the performance of electrostatic capacitors, a key contemporary topic. It covers state-of-the-art materials and their characterization for various applications, targeting researchers and industry professionals. , ,
This practical handbook focuses specifically on capacitors, offering detailed information on various types, their characteristics, and application guidelines. It valuable reference tool for engineers and technicians involved in circuit design and component selection, providing practical guidance for real-world applications. ,
A classic in physics, this volume provides a fundamental and insightful treatment of electromagnetism, including the principles underlying capacitance. While not solely focused on capacitors, it offers a deep theoretical understanding for those with a physics background and is considered a classic must-read for a profound grasp of the subject.
This classic textbook provides a thorough and easy-to-understand introduction to basic electronics, including a dedicated focus on capacitance and its role in circuits. It is suitable for high school students and those new to electronics, offering clear explanations and covering fundamental concepts in depth. The book's longevity attests to its value as a foundational text.
Focuses on the evolving technology and trends in capacitors, making it relevant for exploring contemporary topics. It discusses how capacitor technology is changing with emerging applications and covers capacitor physics, materials, and manufacturing processes. ,
A widely used textbook for undergraduate electrodynamics, this book delves into the theoretical underpinnings of electric and magnetic fields, which are crucial for a thorough understanding of how capacitors function. It is an excellent resource for physics and electrical engineering students aiming to deepen their theoretical knowledge.
Provides a comprehensive overview of capacitor theory, including their design, applications, and testing. It is suitable for students, researchers, and engineers who want to gain a deep understanding of capacitor theory.
This textbook provides a comprehensive treatment of electronic devices and circuit theory. It covers topics such as diodes, transistors, amplifiers, and digital circuits. It valuable resource for students and professionals who want to understand the basic principles of electronics.
To understand the fundamental principles behind capacitors, a solid grasp of electromagnetic field theory is essential. provides comprehensive coverage of electromagnetism, including the concepts of electric fields and capacitance. It is suitable for undergraduate and graduate students seeking a deeper theoretical understanding.
This practical guide provides a comprehensive overview of capacitors, including their types, characteristics, and applications. It is suitable for engineers and technicians who want to learn more about capacitors.
A widely used textbook in India, this book provides a comprehensive introduction to basic electronics, including detailed coverage of capacitors and their applications in various circuits. It is suitable for students seeking a broad understanding and is often used as a standard textbook.
Provides a comprehensive overview of capacitor types, applications, and technology, including their theory, design, and applications. It is suitable for students, researchers, and engineers who want to gain a deep understanding of capacitor types, applications, and technology.
Develops Maxwell's equations, which are fundamental to understanding electromagnetic fields and their interaction with components like capacitors. It is suitable for engineers and scientists seeking a solid theoretical background in electromagnetism.
Covers passive components, including capacitors, as fundamental building blocks of electrical and electronics engineering. It provides a good overview of different capacitor types and their roles in circuits, suitable for those seeking a broad understanding within the context of other passive components. ,
Is designed for students new to electrical circuits and covers the analysis of simple circuits with essential components like capacitors. It uses a pedagogical approach with numerous examples and problems to help solidify understanding of fundamental concepts.
Covers essential principles forming the foundation of electrical and electronic engineering courses, including electric fields and capacitors. It is updated with a greater focus on electronic principles and good core work for beginning students.
Offers a strong foundation in the basic principles of electrical engineering, including the role of capacitors in circuits. It good starting point for beginners and provides a clear and detailed idea of fundamental concepts.
Focuses on the specific application of capacitor discharge for generating high-speed pulses of energy. It specialized text for those interested in this particular use of capacitors and provides in-depth coverage of the engineering principles involved.
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