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Nowadays circuit design is one of the most important fields from consumer electronics to industrial systems, and from medical devices to quantum computing. The objective of this book is to give a thorough and deep look at the modern techniques and methods used in circuit design, with a focus on what they mean in real life and what they could mean in the future. The idea for this book came from the realization that modern applications need new approaches in circuit design and device modeling perspectives. Even though traditional methods are important, they don’t always meet the complex needs of current applications. The never-ending quest for smaller size, better speed, lower power use, and higher reliability calls for new ways of designing things and creative solutions. This book tries to connect theory and practice by showing the most recent study results and how they can be used in real-time applications. Another idea of this book is to look into new materials and device designs that could change the way circuits are designed. As silicon-based technology gets closer to its physical limits, there is a lot more interest in finding other materials. This book talks about the possibilities of compound semiconductors like Gallium Nitride (GaN) and other III-V materials. These materials have better electrical properties that can make gadgets work better and use less energy. These materials are not just new ideas in theory; they can also be used in high-power and high-frequency devices, which makes them very important to the progress of modern electronics. The importance of saving energy comes up frequently in this book. As the world moves toward greener gadgets and sustainable technology becomes more important, it is more important than ever to make circuits use less power. A number of tactics are talked about, ranging from low-power design methods in CMOS technology to using new gadgets such as Spin-Transfer Torque Magnetic RAM (STT MRAM) and Carbon Nanotube Field-Effect Transistors (CNTFETs). Not only are these approaches given in a theoretical way, but they are also given as design examples. This book also talks about the special problems and chances that come up when designing analog and RF circuits, especially for the millimeter-wave (mmWave) range. Higher frequency operations create some problems for designers, but it also opens up new ways to improve bandwidth and data rate. This book shows how to deal with the problems in these circuits. Moreover, evaluating the performance at both the device and circuit levels is more important. The relationship between device physics and circuit function gets more complicated when it comes to nanoscale devices. There are detailed modeling and simulation methods shown that help show how things that happen at the nanoscale level affect how a circuit works as a whole. This all-around method makes sure that readers not only learn how to design circuits, but also how to predict and improve their performance in a wide range of settings. One thing that makes this book stand out is that it focuses on real-world, application- based design examples. Each chapter is designed to give a mix of theory background and practical design information. This way, the material can be used by both academics and engineers who are currently working. We are on the verge of a new era in modern electronics, and it’s important that circuit designers keep coming up with new ideas. We need to be able to push the limits of what is possible, to see the future of technology. This book encourages such new ideas to deal with the difficulties of current circuit design. You’re in Circuit Design for Modern Applications. We want you to learn about the pioneering ideas and cutting-edge techniques that are changing the future of circuit design.