Time interleaving is a technique that allows the use of multiple identical analog-to-digital
converters1 (ADCs) to process regular sample data series at a faster rate than the operating …

To understand the underlying complex beam dynamics in electron storage rings often large
numbers of single-shot measurements must be acquired continuously over a long period of …

Many analog input specifications should be considered when selecting a wideband analog-
to-digital converter (ADC) for a high performance system, such as ADC resolution, sample …

Biomedical monitoring systems that observe various physiological parameters or
electrochemical reactions typically cannot expect signals with fixed amplitude or frequency …

This thesis investigated multi-phase clock generation circuits for next generation fiber-optic
receivers that employ high-speed, 200+ GS/s, time-interleaved ADCs. A DC-to-62GHz 4 …

From the beginning, one of the biggest challenge to radio designers has been the limitations
of bandwidth. Early on, our radio forefathers thought that frequencies above a few hundred …

For digital signal processing, an analog signal should be sampled at least at the Nyquist
rate. In many applications such as radar systems and software defined radios that deal with …

14. ABSTRACT The US Army Combat Capabilities Development Command Army Research
Laboratory has completed a study on RF interface requirements in support of the Defense …

This project provides a low-power consumption 32-bit SAR ADC. In recent years, In medical
applications such as pacemakers, the need for Successive Approximation Register (SAR) …

Analog to Digital converter (ADC) plays an essential role in the mixed or digital signal
processing. ADC is an electronic integrated circuit that converts an analog signal to a digital …