Neural recording systems play a crucial role in comprehending the intricacies of the brain
and advancing treatments for neurological disorders. Within these systems, the analog-to …

An approach to design analog building blocks based on digital standard cells is presented
in this work. By ensuring that every CMOS inverter from a standard-cell library operates with …

Forward body biasing (FBB) has often been exploited in the literature for improving the
performance of both analog and digital building blocks. Recent works have explored the …

In this work a novel technique to design ultra-low voltage (ULV), ultra-low power (ULP),
inverter-based OTAs is presented. The proposal consists in utilizing a replica bias control …

A low-power, low-voltage universal multi-mode Gm-C filter using a 180 nm TSMC
technology node is presented in this paper. The proposed filter employs only three …

This work introduces a novel programmable optical device based on electrically-tunable
tilted liquid-crystal gratings (TLCG), obtained on two stacked BK7 glasses, covering a total …

Building on the fully encapsulated architecture of liquid crystal (LC) coaxial phase shifters,
which leverages noise-shielding advantages for millimeter-wave wideband reconfigurable …

Presented in this article is a new two-stage rail-to-rail regenerative comparator circuit
designed for low supply voltage applications. This work introduces a thyristor-based latch for …

We present an assessment of the performance of a lab-on-chip optoelectronic device
consisting of a polymeric waveguide and a hydrogenated amorphous silicon (a-Si: H) …

A fully synthesizable rail-to-rail dynamic voltage comparator referring to different technology
nodes and supply voltages down to 0.3 V is presented in this paper. The analyzed circuit is …