The proposed multiplexer-based novel 1-bit full adder cell is schematized by using DSCH2 and its layout is generated by using microwind VLSI CAD tool. The adder cell layout interconnect analysis is performed by using BSIM4 layout analyzer. The adder circuit is compared with other six existing adder circuits for parametric analysis. The proposed adder cell gives better performance than the other existing six adder circuits in terms of power, propagation delay and PDP. The proposed adder circuit is further analyzed for interconnect analysis, which gives better performance than other adder circuits in terms of layout thickness, width and height
Abstract: This project visualizes the different designs of Full Adder (FADDR) circuits. These FADDR ...
This paper puts forward different low power adder cells using different XOR gate architectures. Adde...
In Electronics adders are used widely. An adder performance is analysed using trems delay and power ...
This paper presents a novel high-speed and high-performance multiplexer based full adder cell for lo...
This paper presents a novel high-speed and high-performance multiplexer based full adder cell for lo...
©2008 COPYRIGHT SPIE--The International Society for Optical Engineering. Downloading of the abstract...
Adders are the core element in arithmetic circuits like subtracters, multipliers, and dividers. Opti...
Demand and popularity of portable electronic devices are driving the designers to strive for higher ...
In this paper the main topologies of one-bit full adders, including the most interesting of those re...
ABSTRACT: In recent years, power dissipation is one of the biggest challenges in VLSI design. The nu...
The decrease of surface area is a critical concern for any type of digital circuit. For example, the...
Different adder circuits are elementary blocks in many contemporary integrated circuits, which are n...
All designers and engineers are familiar with the significance of adder subsystems. Therefore, engi...
All designers and engineers are familiar with the significance of adder subsystems. Therefore, engin...
The 1-bit adder circuits are schematized using pass transistor logic (PTL) technique, that’s optimiz...
Abstract: This project visualizes the different designs of Full Adder (FADDR) circuits. These FADDR ...
This paper puts forward different low power adder cells using different XOR gate architectures. Adde...
In Electronics adders are used widely. An adder performance is analysed using trems delay and power ...
This paper presents a novel high-speed and high-performance multiplexer based full adder cell for lo...
This paper presents a novel high-speed and high-performance multiplexer based full adder cell for lo...
©2008 COPYRIGHT SPIE--The International Society for Optical Engineering. Downloading of the abstract...
Adders are the core element in arithmetic circuits like subtracters, multipliers, and dividers. Opti...
Demand and popularity of portable electronic devices are driving the designers to strive for higher ...
In this paper the main topologies of one-bit full adders, including the most interesting of those re...
ABSTRACT: In recent years, power dissipation is one of the biggest challenges in VLSI design. The nu...
The decrease of surface area is a critical concern for any type of digital circuit. For example, the...
Different adder circuits are elementary blocks in many contemporary integrated circuits, which are n...
All designers and engineers are familiar with the significance of adder subsystems. Therefore, engi...
All designers and engineers are familiar with the significance of adder subsystems. Therefore, engin...
The 1-bit adder circuits are schematized using pass transistor logic (PTL) technique, that’s optimiz...
Abstract: This project visualizes the different designs of Full Adder (FADDR) circuits. These FADDR ...
This paper puts forward different low power adder cells using different XOR gate architectures. Adde...
In Electronics adders are used widely. An adder performance is analysed using trems delay and power ...