An energy-efficient and supply-and temperature-resilient resistive sensor interface in 130-
nm CMOS technology is presented. Traditionally resistive sensors are interfaced with a …

This paper firstly introduces the importance of temperature control in concrete measurement,
then a passive radio frequency identification (RFID) sensor tag embedded for concrete …

This paper presents a low-cost low-power CMOS humidity sensor for passive RFID sensing
applications. The humidity sensing element is implemented in standard CMOS technology …

This paper presents an ultra-low embedded power temperature sensor for passive RFID
tags. The temperature sensor converts the temperature variation to a PTAT current, which is …

This paper presents a novel monolithic pressure sensor tag for passive wireless
applications. The proposed pressure sensor tag is based on an ultra-high frequency RFID …

Highly digital-oriented architectures for sensor interfaces are very interesting for their high
energy efficiency, especially in smaller CMOS technologies which offer low-voltage design …

Our simulations using the validated multisegment simulation program with integrated circuit
emphasis (SPICE) model show that the terahertz (THz) spectrometers using plasmonic field …

In this paper, we propose a passive wireless temperature sensor for long-term and long-
range application. A novel architecture of the wireless temperature sensor is proposed …

Due to their high compatibility with scaled CMOS and emerging technologies, highly-digital
time-based architectures, such as PLL-based architectures, have become an attractive …

We present the design and testing of a 16-bit frequency to digital converter, based on
AT89C51 micro-controller, for use in sensing applications. The system generates digital …