Publisher's Synopsis
"Ultra Low Power Transistors with High-k Dielectrics" by M. Venkatesh is a comprehensive guide to the design and analysis of semiconductor devices for low-power applications. The book focuses on the use of high-k dielectric materials and halo-doped tunnel FETs to achieve ultra-low power consumption in electronic devices. It covers topics such as transistor technology, device design and analysis, and low-power electronics.
The book explains the principles of tunneling phenomenon and how it can be utilized to achieve energy-efficient devices. It also discusses the subthreshold slope and electrostatics of tunnel FETs, which are important parameters for achieving low-power consumption. The gate dielectric and gate leakage of the transistors are also covered, along with their impact on the overall power consumption.
The author explores the applications of these transistors in power management, energy harvesting, and power optimization. The book provides insights into low-voltage electronics, nanoelectronics, and CMOS technology, and explains how these technologies can be used to develop energy-efficient devices.
The book also covers topics such as device physics, technology scaling, and solid-state physics. It provides an overview of device fabrication processes and integrated circuit design, and explains how circuit simulation and optimization can be used to develop low-power VLSI circuits. Additionally, the book explores the latest advances in semiconductor manufacturing and processing, and provides a detailed analysis of power-aware design.
Overall, "Ultra Low Power Transistors with High-k Dielectrics" is a valuable resource for students, researchers, and professionals in the field of electronic engineering who are interested in developing energy-efficient devices for low-power applications.
