This paper analyses the static implementation of Muller C-element based on CNFET and
MOSFET. Muller C-element is a state holding circuit in which the output is equal to that of …

Multiobjective optimization taking area, power consumption and robustness into account
was used to pick two implementations of the minority-3 function as building blocks to …

Muller C-elements are considered as a main component of in asynchronous circuits. The
traditional implementations of C-elements require an accurate transistor sizing as it is based …

One of the persistently used primitives is C-element, which is used in asynchronous control
circuits. This work introduces a new low power, high speed, robust design for the …

Error resiliency, which signifies the capability of a circuit to tolerate errors and produce
correct outputs, assumes greater significance for digital design in the nanoscale regime due …

In this paper we have analyzed the merits of CNTFET devices over MOSFET in nanoscale
regime, by comparing the effect of oxide thickness on quantum capacitance. After this we …

MOS current mode logic (MCML) is an emerging logic family which is gaining attention due
to its high speed of operation, robust performance and presence of mere switching noise as …

This paper attempts to prove the mathematical validation of 100nm n-channel Metal Oxide
Semiconductor-FET (MOSFET), with their characteristics and extraction of parameters, ie …

In today's modern world where everything is digitized and miniaturized we need small and
stable digital system for years. The circuit failure largely depends upon meta stable state in …

Carbon nanotubes (CNTs) have emerged as a prominent material for present day nano-
scale systems design. In spite of their widespread use in biology, and nano-electro …