Within the domain of contemporary wireless communication systems, crafting Low‐Noise
Amplifiers (LNA) holds a pivotal significance in achieving heightened signal sensitivity and …

The performance of any VLSI circuit depends on its design architecture. Designing a power-
efficient device is the most challenging criteria. In most telecommunication applications …

Abstract Random Access Memory (RAM) refers to the main memory of a computer. For the
central processor unit (CPU) to operate quickly and effectively, it stores operating system …

In this paper, two low-power inductorless low-noise amplifiers (LNAs) for multi-standard
wireless applications are presented. In the first proposed design, the outputs of two …

Abstract Digital Signal Processors play an unavoidable portion in modern-day
communication. The Multiply Accumulate (MAC) is a crucial component of modern signal …

Multiplication is one of the most basic processes, in digital signal processing applications.
To process the instructions, most processors require multiplication. Because multipliers are …

The propose exhibits a tunable low noise amplifier (LNA), which provides the tunability at
sub-GHz frequency range and hence can become choicest frequency range for 5 G …

A systematic and meticulous study on different topologies of Common source Low noise
amplifiers for low power applications is designed at 2.4 GHz for low power wireless …

This paper presents a 130nm CMOS low noise amplifier design by using inductively
generated cascode topology with gain enhancement technique. A narrow band low noise …

Differential amplifiers are the backbone of analog integrated circuit design and are used in
various signal processing applications. This paper presents the design procedure of a …