Dataset Browser

Dive into our comprehensive Power Electronics Question Bank, designed to enhance your understanding and excel in exams. This essential resource provides a wide range of practice questions covering fundamental concepts, circuit analysis, and power semiconductor devices, making it perfect for thorough exam preparation and self-assessment.

Explore the comprehensive 'Electronic Devices 9th Edition' by Floyd, an essential manual for students and professionals in electrical engineering. This widely-used textbook covers fundamental concepts of semiconductor devices, circuit analysis, and practical applications, making it an indispensable resource for understanding modern electronics. Perfect for those studying electronic devices and circuits, it offers clear explanations and problem-solving techniques.

Explore the fundamentals of Basic Electrical and Electronics Engineering (BEE). This introductory overview covers key concepts in electrical circuits, electronic components, and essential principles for understanding how electrical and electronic systems function. Learn about circuit analysis, semiconductor devices, and basic electronic design principles, providing a solid foundation for further studies in electrical and electronics engineering fields.

Explore the fundamental principles and advanced applications of power semiconductor drives, a critical area within modern power electronics. This resource details the design, control, and operational aspects of variable speed drives, emphasizing their crucial role in achieving energy efficiency and precise motor control across various industrial and automotive systems, leveraging cutting-edge semiconductor devices.

Explore the fundamental principles behind MOS transistor operation and delve into advanced modeling techniques essential for modern semiconductor device engineering. This resource provides insights into MOSFET characteristics, critical for electronic circuit design and the development of integrated circuits.

Explore fundamental topics on semiconductor devices critical for modern optical communication systems. This resource offers an applied physics perspective, covering the principles, design, and practical applications essential for high-speed data transmission and advanced photonic technologies.

Explore the fundamental principles of semiconductor physics with the authoritative 3rd Neaman Edition by Donald. This essential textbook provides comprehensive insights crucial for understanding modern semiconductor devices, their operation, and their applications in microelectronics.

Explore cutting-edge advanced power MOSFET concepts that are driving the future of power electronics. This deep dive covers next-generation mosfet design principles and crucial insights for optimizing high-performance semiconductor devices in modern systems.

Unlock the world of modern electronics with this comprehensive '5 Volumes In 1' complete course on Basic Solid State Electronics. Designed for learners of all levels, this essential resource thoroughly covers everything from foundational semiconductor physics to advanced circuit analysis, providing an in-depth understanding of the devices that power our world.

The nanoscale interface for organic electronics refers to the critical contact region, precisely engineered at the atomic or molecular level, between different materials within devices utilizing organic compounds. This ultrathin boundary plays a pivotal role in dictating charge transport, injection efficiency, and overall device performance, stability, and lifetime in applications such as organic light-emitting diodes (OLEDs), organic solar cells, and flexible electronic components, making its control essential for advancing next-generation technologies.

Explore the fundamental principles of digital integrated circuits, essential for modern electronics. This guide covers IC design, VLSI technology, and semiconductor devices, providing insights into robust system development and advanced chip architectures.

Explore the fundamental basic principles of semiconductor physics, offering a comprehensive understanding of how these concepts apply to various semiconductor devices. This content delves into the core physical mechanisms, essential for a solid grasp of modern electronics and its applications.

Explore the critical field of microwave semiconductor devices, fundamental to modern high-frequency electronics. This resource, likely part of a Springer publication, offers comprehensive insights into the principles, design, and applications of these essential components, driving innovation in communication, radar, and advanced sensing systems.

Explore comprehensive solutions for the 3rd Edition of Physics of Semiconductor Devices. This essential resource provides detailed answers and step-by-step explanations, helping students master complex concepts in solid-state electronics and advanced device physics for effective learning and problem-solving.

Explore the cutting-edge field of organic light-emitting materials and their applications in advanced devices with this comprehensive second edition. Delve into the fundamental science and engineering behind OLED technology, covering everything from material synthesis to device architecture, performance, and future innovations in display technology and organic optoelectronics.

This comprehensive content explores the intricate physics and cutting-edge technology behind crystalline oxide semiconductors, with a focused look at CAAC-IGZO fundamentals. It delves into the core principles of semiconductor physics and the advanced technological applications vital for understanding and developing modern semiconductor devices.

Delve into the foundational principles of Microelectronics with the renowned Sedra Smith 6th Edition textbook. This comprehensive guide is essential for students and professionals in electrical engineering, covering critical topics like analog and digital circuits, and the in-depth analysis of semiconductor devices.

Explore the comprehensive Principles of Power Electronics Solutions Manual PDF, an invaluable resource for students and professionals alike. This guide offers detailed, step-by-step solutions to complex problems, enhancing understanding of core power electronics concepts and applications. Perfect for mastering circuit analysis and solidifying knowledge in electrical engineering, it's designed to support academic study and practical problem-solving.

Explore cutting-edge research in heterostructure epitaxy and the development of semiconductor devices within the prestigious NATO Science Partnership subseries 3. This vital work delves into advanced thin film growth techniques, pushing the boundaries of materials science to create next-generation technologies.

Explore the practical world of microelectronic circuits through a hands-on laboratory approach. This resource provides comprehensive guidance for conducting electronics lab experiments, fostering a deep understanding of circuit design and the behavior of semiconductor devices. Ideal for students and engineers seeking real-world application of theoretical concepts in both analog and digital electronics.