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COMPACT MODELS FOR INTEGRATEDCIRCUIT DESIGN

Silicon Integrated Circuits (ICs) Have Ushered In An Unprecedented Revolution In Many Areas Of Today’S Society, Including Communications, Medicine, Military, Security, And Entertainment. This Dramatic Impact Of ICs On Society Is Due To The Continuous Miniaturization Of Metal-Oxide-Semiconductor (MOS) Field-Effect-Transistor (FET) Devices Toward Their Ultimate Dimensions Of Approximately 5 Nm, Thereby Providing Low-Cost, High-Density, Fast, And Low-Power ICs. Our Ability To Fabricate Billions Of Individual Components On A Silicon Chip Of A Few Centimeters Squared Has Enabled The Information Age. However, With Increase In The Device Densities In ICs, The Complexities Of IC Design Have Increased Significantly. Designing Such Complex IC Chips Is Virtually Impossible Without Computer-Aided Design (CAD) Tools That Help Predict Circuit Behavior Prior To Manufacturing. However, The Accuracy Of CAD For ICs Depends On The Accuracy Of The Models, Referred To As “Compact Models,” Of The Active And Passive Elements Used In The Circuit. These Compact Models For Circuit CAD Have Been The Basic Requirement For The Analysis And Design Of ICs And Are Playing An Ever-Increasing Role As The Mainstream MOSFETs Approach Their Fundamental Scaling Limit. Therefore, For Efficient IC Design Using Nanoscale Devices, A Detailed Understanding Of Compact Models For Circuit CAD Is Crucial.
  • SKU: 978-1-4822-4066-5
  • File Name: COMPACT MODELS FOR INTEGRATEDCIRCUIT DESIGN.PDF
  • File Size: 15.03 MB
  • File Created: 2021-08-19 10:36:03
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