For the processing of signals in battery-powered and portable biological healthcare systems,
there is a huge requirement for low-pass-filter (LPF) architecture. However, it's challenging …

This study proposes an 18‐transistor full adder (FA) cell based on the full swing hybrid logic
style. It has a first stage comprising the XOR‐XNOR module followed by pass transistors and …

Carbon Nanotube Field Effect Transistor (CNTFET) based VLSI circuits are now desired due
to low power and reduced chip area-which are in great demand in the VLSI realm. In this …

Excessive scaling of complementary metal oxide semiconductor (CMOS) technology is the
main reason of large power dissipation in electronic circuits. Very large-scale integration …

In wireless sensor networks, conserving power is vital for prolonging battery life. This
research introduces a groundbreaking solution: a 9T carbon nanotube‐field effect transistor …

The need for implementing fast and low-power digital circuits for high-performance
multimedia applications running on portable devices demands major improvements in the …

Power efficiency in VLSI circuits can be achieved by using several new logic families which
are characterized by complementary CMOS technique. New efficient techniques can be …

The error tolerance nature of the digital multimedia applications enables the implementation
of approximate digital circuits to achieve the benefits of high speed of operation and low …

In the VLSI design circuit, average power dissipation is a very common source of concern.
This paper aims to reduce the average power dissipation and other parameters that are …

Many researchers are actively working on develo** a fast-performing static random-
access memory (SRAM) cell with low-power consumption and high stability. This study also …