Design of amplifier circuits with low-noise operable at low-power to be used, especially for
implantable neural interfaces, remains a huge challenge. This research paper presents the …

Performance of biomedical analog circuits vitiates due to non-linear VR characteristics of
Pseudo-resistor (PR) structure, their excess dependency over Process Voltage Temperature …

Low-noise and low-power operation are important parameters of amplifier intended for
wearable healthcare applications. However, along with these parameters the amplifier must …

This work presents a bio-medical amplifier with programmable Gain and Bandwidth. The
bandwidth of the proposed amplifier is controlled by tuning the unity-gain bandwidth …

Biopotential amplifier (BPA) remains one of the most crucial blocks for the successful
implementation of any of the biomedical systems. However, design of a BPA remains …

The CMOS analog circuit blocks targeted for low frequency applications require linear
operational transconductance amplifier (OTA) with stringent power supply conditions for …

Electroencephalogram (EEG) signals have weak amplitude and have susceptibility to noise
from supplies, electrodes and added sources. The preamplifier in analog front end of a …

This work presents the design of a CMOS bio-medical amplifier using T\Omega pseudo-
resistor based on MOS transistors operating in the weak inversion region. The pseudo …

This work presents the design of a constant, programmable and extremely high (Tera ohm)
MOS pseudo-resistor over a wide dynamic range of±0.6 V based on MOS transistors …

Bioelectrical signal acquisition systems are used to record, amplify, store and process data,
the amplification stage being one of the most important. In this paper presents an …