Add to ORKGAbstract – A delay and power model of a CMOS inverter driving a resistive-capacitive load is presented. The model is derived from Sakurai’s alpha power law and exhibits good accuracy. The model can be used to design and analyze those inverters that drive a large RC load when considering both speed and power. Ex-pressions are provided for estimating the propagation delay, transition time, and short circuit power dissipa-tion for a CMOS inverter driving resistive-capacitive interconnect lines. I
Based on an explicit formulation of delays, an improved model for low voltage operation of CMOS inve...
An improved timing model for CMOS combinational logic is presented. The model is based on an analyti...
[[abstract]]We examine two assumptions commonly used in analytical studies of inverter transient per...
In this paper, a closed form delay and power model of a CMOS inverter driving a resistive-inductive-...
The resistive-inductive-capacitive behavior of long interconnects which are driven by CMOS gates are...
An accurate and efficient method is presented for computing the supply current pulse and delay in a ...
An analytical model for computing the supply current, delay, and power of a submicron CMOS inverter ...
All in-text references underlined in blue are linked to publications on ResearchGate, letting you ac...
This paper presents a new analytical propagation delay model for nanoscale CMOS inverters. By using ...
In this paper an accurate, analytical model for the evaluation of the CMOS inverter delay in the sub...
Abstract- Power dissipation of very large scale integrated circuits (VLSI) has emerged as a signific...
The CMOS inverter plays an important role in digital CMOS design. Digital CMOS components in general...
An accurate and fast technique has been developed for computing the supply current as well as the de...
Two parameters that contribute significantly in a CMOS inverter delay are the output load and propag...
We present formula of propagation delay for static CMOS logic gates considering short-circuit curren...
Based on an explicit formulation of delays, an improved model for low voltage operation of CMOS inve...
An improved timing model for CMOS combinational logic is presented. The model is based on an analyti...
[[abstract]]We examine two assumptions commonly used in analytical studies of inverter transient per...
In this paper, a closed form delay and power model of a CMOS inverter driving a resistive-inductive-...
The resistive-inductive-capacitive behavior of long interconnects which are driven by CMOS gates are...
An accurate and efficient method is presented for computing the supply current pulse and delay in a ...
An analytical model for computing the supply current, delay, and power of a submicron CMOS inverter ...
All in-text references underlined in blue are linked to publications on ResearchGate, letting you ac...
This paper presents a new analytical propagation delay model for nanoscale CMOS inverters. By using ...
In this paper an accurate, analytical model for the evaluation of the CMOS inverter delay in the sub...
Abstract- Power dissipation of very large scale integrated circuits (VLSI) has emerged as a signific...
The CMOS inverter plays an important role in digital CMOS design. Digital CMOS components in general...
An accurate and fast technique has been developed for computing the supply current as well as the de...
Two parameters that contribute significantly in a CMOS inverter delay are the output load and propag...
We present formula of propagation delay for static CMOS logic gates considering short-circuit curren...
Based on an explicit formulation of delays, an improved model for low voltage operation of CMOS inve...
An improved timing model for CMOS combinational logic is presented. The model is based on an analyti...
[[abstract]]We examine two assumptions commonly used in analytical studies of inverter transient per...