Analog multipliers-based double output voltage phase detector for low-frequency demodulation of frequency modulated signals

R Sotner, L Polak, J Jerabek, J Petrzela… - IEEE …, 2021 - ieeexplore.ieee.org
This work deals with the design of a simple double output voltage phase detector, using a
specific type of analog multiplier, and its application in a frequency demodulator. The design …

A new strategy to design low power translinear based CMOS analog multiplier

T Aghaei, AN Saatlo - Integration, 2019 - Elsevier
This paper deals with a new method to design CMOS analog multiplier which operates in
four quadrants. The main core of the proposed multiplier circuit consists of two common …

DTMOS based high bandwidth four-quadrant analog multiplier

ME Başak, E Özer, F Kaçar, D Ozenli - Informacije Midem, 2020 - ojs.midem-drustvo.si
Analog multiplication circuits are very important block structures which are widely used in
analog signal applications. In analog multiplication circuits, low power consumption is …

DTMOS Based Squarer Circuit and Its Application in Controllable Gaussian Function Generator

SK Yadav, S Kumari, M Gupta, RR Singh - Recent Developments in …, 2023 - Springer
DTMOS based squarer circuit used in designing of controllable Gaussian function generator
(GFG) is presented in this paper. The GFG circuit designed using the proposed squarer …

Exploration of a Low-power CMOS Voltage Squarer

VO Costa, AL Aita, AJ Cardoso… - 2021 34th SBC …, 2021 - ieeexplore.ieee.org
This paper addresses a reported voltage multiplier and explores its use as a voltage squarer
with the aim of reducing the power consumption and area. The proposed circuit can operate …

A Low Power CMOS Analog Multiplier using Regulated Cascode Current Mirror based on Translinear principle

B Pruthwiraj, AK Mishra… - 2022 IEEE 3rd Global …, 2022 - ieeexplore.ieee.org
This study discusses a new method for designing four-quadrant CMOS analog multipliers.
The suggested multiplier circuit's main core is made up of cascode current mirror, there are …