|
by Jonathan
Valvano
Start ý Alternative
Transducers ý Resistance vs. Temperature
Calibration ý Dissipation Constant
ý Low-Cost Embedded Temperature Measurement
ý High-Precision Temperature Measurement
ý Sources and PDF
SOURCES and PDF
Download
the PDF of this Article. 
Jonathan W. Valvano is a full professor
of electrical and computer engineering at the University of Texas
at Austin, teaching and performing research since 1981 in the fields
of medical instrumentation and embedded systems. He received his BS
and MS degrees in Electrical Engineering and Computer Science at MIT
in 1977. He received his doctorate in 1981 in Medical Engineering
from the Harvard University/MIT Health Sciences and Technology Program.
He has authored over 60 journal articles, four book chapters, and
one textbook. He can be reached at valvano@uts.cc.utexas.edu,
or visit his web site at http://www.ece.utexas.edu/~valvano.
REFERENCES
J. Valvano, "Temperature Measurements,"
in Advances In Heat Transfer: Bioengineering Heat Transfer,
Academic Press, Volume 22, pp. 359ý436, 1992.
J. Valvano and Pearce, A.J. Welch and
Martin van Gemert ed., "Measurement of Temperature," in
Optical-Thermal Response of Laser Irradiated Tissue, Plenum
Press, pp. 489ý534, 1995.
J. Valvano, Embedded Microcomputer
Systems: Real Time Interfacing, Chapters 6, 11, 12, and 15,
Brooks-Cole Publishing, 2000.
SOURCES
PCL711 ADC board
PCLabs
(423) 547-0651
Thermistors
Thermometrics
(732) 287-2870
Fax: (732) 287-8847
www.thermometrics.com
6812 Adapt12 microcomputer
Technological Arts
(416) 963-8996
www.interlog.com/~techart
ICC12 Compiler
ImageCraft
(408) 749-0702
www.imagecraft.com
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