Active electrodes (AEs), ie, electrodes with built-in readout circuitry, are increasingly being
implemented in wearable healthcare and lifestyle applications due to AEs' robustness to …

Remote home monitoring via wearables is rapidly gaining popularity, thanks to ever more
complex vital signs recording and data analytics that are embedded into single devices …

Fog computing is the backbone of modern healthcare systems, it not only cut-downs the
associated treatment and medicine costs but also decreases the logistics requirements …

This paper presents a low-power and low-noise capacitive-feedback amplifier with a current-
reused OTA for ECG recordings. To improve the noise-power efficiency, the proposed OTA …

This paper presents a highly power-efficient amplifier. By stacking inverters and splitting the
capacitor feedback network, the proposed amplifier achieves six-time current reuse, thereby …

This paper presents an analog front end (AFE) that achieves a high noise efficiency by using
a chopper amplifier with a 0.2-V supply inverter-based input stage followed by a 0.8-V …

Recent demand and initiatives in brain research have driven significant interest toward
developing chronically implantable neural interface systems with high spatiotemporal …

Assessing blood flow, respiration patterns, and body composition with wearable and
noninvasive bio-impedance (BioZ) sensors has distinctive advantages over the conventional …

Modern microtechnology is enabling the channel count of neural recording integrated
circuits to scale exponentially. However, the raw data bandwidth of these systems is …

This brief presents a low-power analog acquisition front-end circuit for a Wireless Body Area
Network. This front-end system mainly consists of three parts, namely, chopped capacitively …