Decimal arithmetic is gaining more attention by researchers due to their importance in many
human-centric applications. Hardware implementations of decimal arithmetic are preferable …

A novel design of sensitivity-based dual threshold voltage (Vth) full adder circuit is presented
in this paper. Transistors of conventional CMOS full adder circuit are assigned with dual-Vth …

Decimal computations have attracted a lot of attentions in computer science in recent years
due to the increasing significance of decimal-based financial and commercial applications …

This study investigates the issue of reducing band-to-band leakage current in low-voltage
(LV) CMOS devices realized using BCD technology. Through TCAD simulations and …

In this paper, a new hybrid digitally controlled circuit technique is proposed to calibrate the
static offset voltage in the preamplifier stage for the Strong-Arm latch-based dynamic …

This research article introduces a 1-bit Full Adder (FA) cell comprising 20 transistors,
employing Gate Diffusion Input (GDI) and transmission gate logic. The FA cell is segmented …

In this study, a unique design of BCD adder optimized for area and speed is proposed. The
design is assessed in comparison to current techniques, with an emphasis on important key …

Quantum-dot Cellular Automata (QCA) presents an innovative approach to computing,
utilizing quantum dots for binary operations instead of traditional transistors. The inherent …

In this paper, a new hybrid digitally controlled circuit technique is proposed to calibrate the
static offset voltage in the preamplifier stage for the Strong-Arm latch-based dynamic …