Supply voltages and threshold voltages continue to be aggressively scaled down in order to obtain power reduction, performance improvement, and increasing integration density. This leads to leakage current becoming a much more significant component of power than it has been in the past. We have previously shown that substantial leakage reduction can be achieved in single Vt circuits by turning off stitcks of transistors. A theoretical model was also derived which predicts the quiescent leakage current and the idle time required to reach quiescent levels. In this report, we will review the leakage estimation model, outline a method for evaluating the leakage assocated with an input vector, and use the model to identify inputs which minimize ...
In sub-micron CMOS design, non-minimum length transistors offer the possibility of achieving excelle...
Due to the increasing role of leakage power in CMOS circuit’s total power dissipation, leakage reduc...
The need for low power dissipation in portable computing and wireless communication is making design...
Prevailing CMOS design practice has been very conservative with regard to choice of transistor thres...
CMOS technology is scaling down to meet the performance, production cost, and power requirements of ...
Graduation date: 2005Recent trends in CMOS technology and scaling of devices clearly indicate that l...
Due to the increasing role of leakage power in CMOS circuit's total power dissipation, leakage reduc...
Because of the continued scaling of technology and supply-threshold voltage, leakage power has becom...
Aggressive scaling of CMOS circuits in recent times has lead to dramatic increase in leakage current...
Low supply voltage requires the device threshold to be reduced in order to maintain performance. Due...
High leakage current in deep sub-micron regimes is a significant contributor to the power dissipatio...
CMOS technology has scaled aggressively over the past few decades in an effort to enhance functional...
A rapid growth in semiconductor technology and increasing demand for portable devices powered up by ...
High leakage current in deep-submicrometer regimes is be-coming a significant contributor to power d...
Growth in the speed and integration density of CMOS digital systems far outpaces the growth in batte...
In sub-micron CMOS design, non-minimum length transistors offer the possibility of achieving excelle...
Due to the increasing role of leakage power in CMOS circuit’s total power dissipation, leakage reduc...
The need for low power dissipation in portable computing and wireless communication is making design...
Prevailing CMOS design practice has been very conservative with regard to choice of transistor thres...
CMOS technology is scaling down to meet the performance, production cost, and power requirements of ...
Graduation date: 2005Recent trends in CMOS technology and scaling of devices clearly indicate that l...
Due to the increasing role of leakage power in CMOS circuit's total power dissipation, leakage reduc...
Because of the continued scaling of technology and supply-threshold voltage, leakage power has becom...
Aggressive scaling of CMOS circuits in recent times has lead to dramatic increase in leakage current...
Low supply voltage requires the device threshold to be reduced in order to maintain performance. Due...
High leakage current in deep sub-micron regimes is a significant contributor to the power dissipatio...
CMOS technology has scaled aggressively over the past few decades in an effort to enhance functional...
A rapid growth in semiconductor technology and increasing demand for portable devices powered up by ...
High leakage current in deep-submicrometer regimes is be-coming a significant contributor to power d...
Growth in the speed and integration density of CMOS digital systems far outpaces the growth in batte...
In sub-micron CMOS design, non-minimum length transistors offer the possibility of achieving excelle...
Due to the increasing role of leakage power in CMOS circuit’s total power dissipation, leakage reduc...
The need for low power dissipation in portable computing and wireless communication is making design...