Transcription of Specifying RTDs - Smart Sensors
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2003 Smart Sensors , resistance temperature detector (RTD) operates on the prin-ciple that electrical resistance of metal changes as its tempera-ture changes. The resistance of the sensing element increases asthe temperature rises. There are two basic RTD designs wirewound and thin film. Wire wound design is a platinum sensingwire wound into a coil and housed in a ceramic mandrel toprotect the coil. The thin film design consists of platinumdeposited on a ceramic substrate and trimmed to achieve thedesired alpha the construction is then covered with glass andepoxy to protect platinum film. Thin films are manufacturedmuch in the same way as computer chipsThe metal that is employed in a RTD must change resistancewith respect to temperature and provide stability and a highoutput.
© 2003 Smart Sensors, Inc. 7 A resistance temperature detector (RTD) operates on the prin-ciple that electrical resistance of metal changes as its tempera-
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Platinum RTD - 0, 85 coefficient, degree Fahrenheit, Platinum RTD 0, 1000) OHM PLATINUM RTD RESISTANCE CHART, 1000 Ohm Platinum RTD Resistance, RTD STANDARDS, Resistance temperature detector, Platinum, RTD Resistance Temperature Detector, RTD THEORY, Resistance Temperature Detectors RTDs, Analog linearization of resistance temperature, Texas Instruments