Add to ORKGIn this project, a literature study on the existing low-voltage low-power CMOS static logic circuits is first performed. This report proposes a modified square root carry-select adder with high speed, small area and minimized power dissipation at a low operating voltage of 1.5V. This is achieved by replacing the dual ripple-carry adders with a carry skip adder for zero-carry in.Master of Science (Integrated Circuit Design
The paper presents the design of a 64-bit carry-select adder in Branch-Based Logic, a static design ...
Abstract: Arithmetic operations are heart of computational units and data path logic systems. High p...
In this paper Carry Save Adder has been implemente d. The comparison is done on the basis of two per...
In this paper, we present a full-static carry-skip adder designed to achieve low power dissipation a...
Abstract:- In this paper, a new low-voltage low-power CMOS 1-bit full adder circuit is proposed. The...
In this paper, we present the design of a carry skip adder that achieves low power dissipation and h...
Design of low power and area-efficient logic systems forms an integral part and largest areas of res...
[[abstract]]This paper describes circuit techniques for fabricating a 1.2V high-speed 32-bit adder u...
In the domain of VLSI design, the adders are always meant to be the most fundamental requirements fo...
In this paper, a high-speed low-power 18T CMOS full adder design featuring full-swing output is prop...
With the increase in device integration level and the growth in complexity of Integrated circuits, s...
Speed and power is the major constraint in modern digital design. We have to design the high speed, ...
In this paper a modified Constant Delay Logic is been proposed to provide improved performance. Cont...
Abstract :-CMOS technology is approaching the nano-electronics range nowadays, but experiences some ...
The paper presents the design of a 64-bit carry-select adder in Branch-Based Logic, a static design ...
The paper presents the design of a 64-bit carry-select adder in Branch-Based Logic, a static design ...
Abstract: Arithmetic operations are heart of computational units and data path logic systems. High p...
In this paper Carry Save Adder has been implemente d. The comparison is done on the basis of two per...
In this paper, we present a full-static carry-skip adder designed to achieve low power dissipation a...
Abstract:- In this paper, a new low-voltage low-power CMOS 1-bit full adder circuit is proposed. The...
In this paper, we present the design of a carry skip adder that achieves low power dissipation and h...
Design of low power and area-efficient logic systems forms an integral part and largest areas of res...
[[abstract]]This paper describes circuit techniques for fabricating a 1.2V high-speed 32-bit adder u...
In the domain of VLSI design, the adders are always meant to be the most fundamental requirements fo...
In this paper, a high-speed low-power 18T CMOS full adder design featuring full-swing output is prop...
With the increase in device integration level and the growth in complexity of Integrated circuits, s...
Speed and power is the major constraint in modern digital design. We have to design the high speed, ...
In this paper a modified Constant Delay Logic is been proposed to provide improved performance. Cont...
Abstract :-CMOS technology is approaching the nano-electronics range nowadays, but experiences some ...
The paper presents the design of a 64-bit carry-select adder in Branch-Based Logic, a static design ...
The paper presents the design of a 64-bit carry-select adder in Branch-Based Logic, a static design ...
Abstract: Arithmetic operations are heart of computational units and data path logic systems. High p...
In this paper Carry Save Adder has been implemente d. The comparison is done on the basis of two per...