This paper documents the creation of a
complete PC-Based humidity sensing system, implemented
using LabVIEW from National Instruments. The humidity
sensor, which has a measured sensitivity of 0.25%/RH%, is
manufactured by thin film technology from a novel
combination of SiO/In2O3. Both the humidity sensor and a
standard temperature sensor are interfaced to a PC using a
front-end signal conditioning circuit. The entire system has
been analyzed mathematically and the necessary algorithms
for error-compensation have been developed. The resulting
measurement system is efficient, accurate and flexible.
A ceramic thick film humidity sensor, produced from MnZn ferrite, is presented. The proposed sensing mechanism is a combination of proton hopping, hydronium diffusion, and vacancy donor traps releasing electrons into the ...
Analysis estimates that more than 80% of all
current innovations within vehicles are based on
distributed electronic systems. Critical to the
functionality and application domain of such systems
is the underlying ...
Current and emerging safety-critical applications
such as the automotive X-by-wire systems require a high degree of reliability. These dependable embedded distributed systems require an ultra-reliable communication system ...
In this work, a design of wireless system for multisensors monitoring has been presented. The main purpose of this research is to develop an efficient telemetry system for measuring
water pressure and temperature signals. ...
This work investigates the ozone sensing properties of NbO2 thin films operating at room temperature. NbO2 thin films have been deposited on alumina and glass substrates provide
with Cu interdigitated electrodes by the ...
