This brief presents the design of an ultra-low power level-crossing analog-to-digital
converter (LC-ADC) for IoT and biomedical applications. The proposed LC-ADC utilizes only …

In applications where signal frequencies are high, but information bandwidths are low,
analog-to-information converters (AICs) have been proposed as a potential solution to …

Presented is a clockless, continuous-time (CT) GHz processor that bypasses some of the
limitations of conventional digital and analog implementations. Per-edge digital signal …

This work proposes a nonuniform sampling analog-to-digital converter (ADC) architecture
that incorporates a reconfigurable digital anti-aliasing (AA) filter in the asynchronous digital …

This work proposes a non-uniform sampling analog-to-digital converter (ADC) architecture
that embeds an alias-free filter in the asynchronous digital domain to relax the requirements …

This paper presents a novel continuous-time level-crossing analog-to-digital converter (LC-
ADC) targeted at biomedical signal sensing applications. The conventional digital-to-analog …

A calibrated delay line is a key component in many modern digital systems. Traditionally,
these lines are designed as real-time pipelines with static granularity, fine enough to handle …

With the growing demand for power-efficient data acquisition systems, particularly in low-
power sensor applications that rely on energy harvesting or limited energy stored in small …

A programmable, quantization error spectral shaping, alias-free asynchronous analog-to-
digital converter (ADC) is provided. The ADC can be used for clock-less, continuous-time …

The design of a baseband decision feedback equalizer, featuring a continuous-time digital
delay line, is discussed within the context of a wireless, Line-Of-Sight, communication …