A survey of neural front end amplifiers and their requirements toward practical neural interfaces
When designing an analog front-end for neural interfacing, it is hard to evaluate the interplay
of priority features that one must upkeep. Given the competing nature of design …
of priority features that one must upkeep. Given the competing nature of design …
A 128.7 nW neural amplifier and Gm-C filter for EEG, using gm/ID methodology and a current reference without resistance
SA Gallegos, HF Huq - 2014 IEEE 57th International Midwest …, 2014 - ieeexplore.ieee.org
This paper presents a 128.7 nW analog front-end amplifier and G mC filter for biomedical
sensing applications, specifically for Electroencephalogram (EEG) use. The proposed …
sensing applications, specifically for Electroencephalogram (EEG) use. The proposed …
A low-noise gain-tunable amplifier for large array biopotential recording systems
This paper presents a low-noise gain-tunable biopotential amplifier that is designed based
on a folded-cascode structure. Sub-threshold and self-biasing techniques are employed to …
on a folded-cascode structure. Sub-threshold and self-biasing techniques are employed to …
Comparative Analysis of Area Efficient Noise Adaptive and Low Power Neural Amplifier using various Topologies
L Gupta - 2020 - shodhganga.inflibnet.ac.in
The most significant technical challenge in electronics is its integration with Human Brain.
Neural cells communicate with each other and generate neural signals which can be used …
Neural cells communicate with each other and generate neural signals which can be used …
A low-noise biopotential amplifier with an optimized noise efficiency factor
Implantable wireless neural recording microsystems have demonstrated their efficacies in
neuroscience studies in the past decades. However, with the advances of neurobiology …
neuroscience studies in the past decades. However, with the advances of neurobiology …
A Low-power Multichannel Telemetry System for High-speed Wireless Neural Recordings
Y Li - 2014 - digitalcommons.library.uab.edu
The advances in microelectronics and wireless communication are going to change our
lifestyles and benefit our healthcare system in the foreseeable future. New conception …
lifestyles and benefit our healthcare system in the foreseeable future. New conception …