Design of an Adiabatic FinFET Circuit Operating In Medium Strong Inversion Region
نویسندگان
چکیده
Scaling of device technology, the leakage power has become the main part of power consumption, which seriously reduces the energy recovery efficiency of adiabatic logic.CMOS devices are shrinking to nanometer regime, increasing the consequences in short channel effects and variations in the process parameters which lead to cause the reliability of the circu it as well as performance. To solve these issues of CMOS, CMOS (Complementary metal oxide semiconductor) FinFET (Fin-type Field-Effect Transistors) is one of the promising and better technologies without sacrificing reliability and performance for its applications and the circuit design. To minimize short channel effects, FinFET is used. Lowering supply voltage of FinFET circuits is an effective way to achieve low power dissipations. The super-threshold adiabatic FinFET circuits based on PAL-2N operating on medium strong inversion regions are addressed in terms of energy consumption and operating frequency. In this paper, we use 32nm predictive Technology model. The super-threshold adiabatic FinFET log ic circuits can attain low energy consumption with favorable performance, since FinFET devices can provide better drive strength than bulk CMOS ones.
منابع مشابه
Super-Threshold Adiabatic FinFET Circuits Based on PAL-2N Operating in Medium Strong Inversion Regions
Lowering supply voltage of FinFET circuits is an effective way to achieve low power dissipations. In this paper, the super-threshold adiabatic FinFET circuits based on PAL-2N operating on medium strong inversion regions are addressed in terms of energy consumption and operating frequency. The supply voltage of the super-threshold circuits is much larger than the threshold voltage of the transis...
متن کاملAn Investigation of Super-Threshold FinFET Logic Circuits Operating on Medium Strong Inversion Regions
Abstract: Scaling supply voltage of FinFET circuits is an efficient method to achieve low power dissipation. Superthreshold FinFET logic circuits can attain low power consumption with favorable performance, because FinFET devices operating on medium strong inversion regions can provide better drive strength than conventional CMOS transistors. The supply voltage of the super-threshold circuit is...
متن کاملSuper-Threshold Adiabatic SRAM Based On PAL-2N Operating In Medium Strong Inversion Region
The SRAM (static random access memory) extensively used in computers, embedding hardware, and other digital systems is a main source of power dissipations. In order to reduce the increasing power dissipation of the SRAM, a low-power adiabatic SRAM is introduced. The proposed SRAM is realized by PAL-2N (pass-transistor adiabatic logic with NMOS pull-down configuration) to reduce its dynamic ener...
متن کاملLow-power Super-threshold FinFET Domino Logic Circuits for High- Speed Applications
Domino logic circuits have faster operating speed than commonly used static logic ones, because they have lower input capacitances and no contention during transition. However, Domino logic circuits have more power dissipation than static logic ones, since their clock tress with high switch activity dissipates large energy. A low-power superthreshold computing scheme is proposed to reduce power...
متن کاملA Micropower Current-Mode Euclidean Distance Calculator for Pattern Recognition
In this paper a new synthesis for circuit design of Euclidean distance calculation is presented. The circuit is implemented based on a simple two-quadrant squarer/divider block. The circuit that employs floating gate MOS (FG-MOS) transistors operating in weak inversion region, features low circuit complexity, low power (<20uW), low supply voltage (0.5V), two quadrant input current, wide dyn...
متن کامل