From £37.99
From £37.99
This book covers the measurement of optoelectronic components, focusing on the implementation of static electrical and optical characterization. It links these measurements to solid state physics and presents different LED technologies through detailed experimental analyses.
This book serves to familiarize the reader with measurements of optoelectronic components. Its main focus is on the implementation of these measurements and the results obtained, specifically the static electrical and optical characteristics. It therefore links these measurements to solid state physics. Steps are taken to verify the adequacy of the associated physical measures and principles. The limits of physical models for a numerical approach are also established. Furthermore, the text presents the different technologies of light-emitting diodes through developing manufacturing processes, and details the measurements and experimental analyses.
A beginner’s guide to electronics, programming, and microprocessing with Arduino. Assuming no prior knowledge, this book explains how to control components and read sensors. With hands-on lab activities, you’ll learn to turn your project ideas into functional prototypes.
This book analyzes electromagnetic surface waves in microwave absorbing layers. Though these coatings have been used since WWII, their properties are not sufficiently studied. Demystifying a complex subject, this work is ideal for researchers, engineers, and students.
This book describes terahertz radiation’s interaction with materials from dielectrics to metals. It covers all types of terahertz sources and detectors, investigates the “terahertz gap,” and explores means of increasing the working frequency and output power of the devices.
This book describes wireless channels for mobile communication system design. It explains mobile propagation and analyses multi-path channel properties, validated by experiments. Topics include street cell design, antenna diversity, and SU/MU-MIMO channel models for 5G systems.
AI is reshaping how we live and work, revolutionizing healthcare and robotics. The potential for AI to drive innovation and solve complex problems is limitless, promising a future enriched by intelligent systems. However, the risks are notable and must be taken into account.
This book reveals the excellent properties of hydrogenated semiconductor materials and their potential for nanoelectronics, renewable energy, and biological applications. It provides scientists and R&D engineers with an overview of the latest developments and new research ideas.
This easy-to-follow guide provides the necessary steps in discretizing continuous systems. It covers sampling, reconstruction, stability analysis, and the synthesis of digital controllers, including a practical guide to PID speed control of a DC motor using an Arduino card.
This book covers the principles, modelling, fabrication, and applications of TFETs and FinFETs. A reference for students, researchers, and device engineers, it details simulation aspects and technological developments, assuming a background in semiconductor device physics.
In an era of abundant energy, our greatest challenge is sustainable development. This book explains the fundamentals of energy and reviews all major sources: oil, gas, coal, nuclear, and renewables. It is an essential guide to the complex geopolitics of energy.
