Nanoelectonics for next-generation intergrated circuits / edited by Rohit Dhiman

CONTENT INCLUDES:

Chapter 1: Emerging graphene-based electronics: properties to potentials
Chapter 2: Models for modern spintronics memories with layered magnetic interfaces
Chapter 3: Evaluation of magnetic anisotropy via instrinsic spin infusion
Chapter 4: Quantrum-dot cellular automata (QCA) nanotechnology for next-generation systems
Chapter 5: An overview of nanowire field-effect transistors for future nanoscale intergrated circuits
Chapter 6: Investigation of tunnel field-effect transistors (TFETs) for label-free biosensing
Chapter 7: Analog and linearity analysis of vertical nanowire TFET
Chapter 8: Effects of variation in gate material on enhancement mode P-GaN AlGaN/GaN HEMTs
Chapter 9: Electrical modeling of one selector-one resistor (1S-1R) for mitigating the sneak-path current in a nano-crossbar array
Chapter 10: SRAM: An essential part of intergrated circuits
Chapter 11: Implementation of 512-bit SRAM tile using the lector technique for leakage power reduction
Chapter 12: Characterization of stochastic process variability effects on nano-scale analog circuits
Chapter 13: Versatile single input single output filter topology suitable for intergrated circuits
Chapter 14: Secured intergrated circuit (IC/IP) design flow

Includes bibliographical references and index.