This book describes the latest research in the area of NEM switches and explores the possibility to use them for low-power logic applications. The authors discuss the fundamental technology challenges and solutions to form reliable contacts at nanometer scale and fabricate scalable NEM switches. Coverage includes techniques that enable readers to design circuits and systems which exploit the unique features of the NEM switch to achieve better energy efficiency and address cost pressures in future IT systems. Readers will also benefit from a roadmap to apply the new technology in different application domains including low-power sensors, radiation-hard equipment, harsh environments, and ultra-low power logic.
This book describes the latest research in the area of NEM switches and explores the possibility to use them for low-power logic applications. The authors discuss the fundamental technology challenges and solutions to form reliable contacts at nanometer scale and fabricate scalable NEM switches. Coverage includes techniques that enable readers to design circuits and systems which exploit the unique features of the NEM switch to achieve better energy efficiency and address cost pressures in future IT systems. Readers will also benefit from a roadmap to apply the new technology in different application domains including low-power sensors, radiation-hard equipment, harsh environments, and ultra-low power logic.
Describes the state-of-the-art in logic design with NEM switches and how they address current challenges in functionality and cost pressure Includes techniques for energy-efficient design based on the unique features of NEM switches: zero leakage and a virtually infinite sub-threshold slope Discusses all aspects from reliability of the mechanical contact through NEM switch fabrication techniques to application domains
Christoph Hagleitner
NEM Switch Fabrication NEM Switches NEM Switches for Ultra-low Power NEMs Nano-electro-mechanical Switches