In this work, a new technique for domino circuit is proposed to reduce the process variations
and power dissipation with optimized delay for wide fan-in OR logic. Two methods are used …

The progress of microelectronics making possible higher integration densities, and a
considerable development of on-board systems are currently undergoing, this growth comes …

In this paper, we propose a novel design of a one-hot transmission-gate multiplexer (OTG-
MUX), which combines Complementary Metal Oxide Semiconductor (CMOS) logic with …

By the reduction in the size of transistors and the development of submicron technology, as
well as the construction of more integrated circuits on chips, leakage power has become one …

In recent years, wide fan-in OR logic domino circuits have become essential parts to
implement resister files, PLA, L1 latches, superscalar microprocessors, wide Mux/De-Mux …

In this research, a novel strategy for reducing delay and power variations, and power
dissipation in wide fan-in domino OR circuits with better noise immunity is proposed …

A sub-1áV, subthreshold current and voltage references are presented using Cascaded
Current Mirrors (CCM) as temperature compensator and cascoded transistors as active load …

In this paper, a novel domino gate is proposed to decrease the process variability and
leakage current with enhanced noise margin for wide fan-in OR logic. The process variation …

CMOS circuits usually operate either in the voltage, current, charge, or time domain. Each of
these domains has its own features. As the fan‐in of CMOS circuits increases, the …

The integration of HEMTs with MEMS opens the opportunity to realize smart sensors. On
chip signal processing, communication, and amplification are the merits of this integration …