Publication:
Microelectronics, 2002. MIEL 2002. 23rd International Conference;1, pp. 215-218
Publication type:
Conference Object
Abstract:
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.
This paper documents the manufacture and testing of a humidity sensor based on
a combination of In2O3/SiO. A number of different sensor samples have been produced by thermal deposition and the effect of varying the vacuum ...
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 ...
This paper exploits the observability of control messages in a control network to formally monitor safety properties to verify a control application's correct behaviour. A monitor scheme is proposed based on a runtime ...
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 ...
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 ...
