This article presents an adaptive zoom-capacitance-to-digital converter (CDC)-based CMOS
humidity sensor. The humidity sensor is realized by means of two differential capacitors …

The use of MEMS sensors has been increasing in recent years. To cover all the applications,
many different readout circuits are needed. To reduce the cost and time to market, a generic …

This article focuses on a proposed Switched-Capacitor Dual-Slope based CDC. Special
attention is paid to the measurement setup using a real pressure sensor. Performance …

Reliability of digital microfluidic biochips (DMFB) emerges to be a critical issue, as they are
becoming a popular alternative for laboratory experiments like DNA analysis …

A novel energy‐efficient 8 bit 2.78 kS/s capacitance‐to‐digital converter (CDC) interface for
capacitive pressure sensors is presented. A new direct‐capacitance‐comparison technique …

This paper provides the system level analysis, design guidelines and calibration procedures
for the novel energy-efficient SAR-based capacitance-to-digital converter (CDC) introduced …

This research activity has the purpose of open new possibilities in the design of capacitance-
to-digital converters (CDCs) by developing a solution based on time domain conversion …

This work presents a methodology for the design of a time-domain capacitance-to-digital
converter in an IoT context. We explore the two types of capacitance-to-digital converters in …

Capacitive sensors can measure a variety of physical quantities, such as proximity,
acceleration, pressure and humidity. Among other things, they are widely used in …

An integrating dual-slope (DS) capacitance-to-digital converter (CDC), specifically designed
for interfacing capacitive MEMS sensors, is presented. In particular, this work proposes a …