Add to ORKGClock-delayed (CD) domino is a dynamic logic family devel-oped to provide both inverting and non-inverting logic on single-rail gates. It is self-timed and can be easily pipelined for superior speed performance which makes it an attrac-tive option in high-speed logic implementation. This pa-per presents the design of two different high-speed pipeline configurations of a 32-bit carry look-ahead adder using CD domino gates utilizing efficient clocking methodology to re-duce the overall critical path delay
We describe a high performance clocking methodology for domino pipelines. Our technique maximizes th...
As the demand of low power high performance arithmetic circuits multiplies, during this paper, we ai...
Speed and power is the major constraint in modern digital design so it is required to design the hig...
Abstract—Domino circuits are widely used in high-performance CMOS microprocessors. However, textbook...
Abstract: Reduction of propagation delay is very important for high speed applications. This paper g...
Adders are the critical parts of processor circuits. The performance of processors increases by impr...
Abstract- Speed and power is the major constraint in modern digital design. We have to design the hi...
Designing high-speed low-power circuits with CMOS technology has been a major research problem for m...
© 2004 COPYRIGHT SPIE--The International Society for Optical Engineering. Downloading of the abstrac...
Adders are the critical parts of processor circuits. The performance of processors increases by impr...
One of the challenges of high speed digital circuit design has been to achieve timing closure. With ...
One of the challenges of high speed digital circuit design has been to achieve timing closure. With ...
Most digital systems are constructed using static CMOS logic and edge-triggered flip-flops. Although...
Abstract: Domino dynamic circuits are widely used in critical parts of high performance systems. In...
ABSTRACT Dynamic domino logic circuits are widely used in modern digital VLSI circuits. These dynami...
We describe a high performance clocking methodology for domino pipelines. Our technique maximizes th...
As the demand of low power high performance arithmetic circuits multiplies, during this paper, we ai...
Speed and power is the major constraint in modern digital design so it is required to design the hig...
Abstract—Domino circuits are widely used in high-performance CMOS microprocessors. However, textbook...
Abstract: Reduction of propagation delay is very important for high speed applications. This paper g...
Adders are the critical parts of processor circuits. The performance of processors increases by impr...
Abstract- Speed and power is the major constraint in modern digital design. We have to design the hi...
Designing high-speed low-power circuits with CMOS technology has been a major research problem for m...
© 2004 COPYRIGHT SPIE--The International Society for Optical Engineering. Downloading of the abstrac...
Adders are the critical parts of processor circuits. The performance of processors increases by impr...
One of the challenges of high speed digital circuit design has been to achieve timing closure. With ...
One of the challenges of high speed digital circuit design has been to achieve timing closure. With ...
Most digital systems are constructed using static CMOS logic and edge-triggered flip-flops. Although...
Abstract: Domino dynamic circuits are widely used in critical parts of high performance systems. In...
ABSTRACT Dynamic domino logic circuits are widely used in modern digital VLSI circuits. These dynami...
We describe a high performance clocking methodology for domino pipelines. Our technique maximizes th...
As the demand of low power high performance arithmetic circuits multiplies, during this paper, we ai...
Speed and power is the major constraint in modern digital design so it is required to design the hig...