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Parts by Number for Thin Film Rtd Top

Part # Distributor Manufacturer Product Category Description
700-101BAB-B00 Powell Electronics, Inc. HONEYWELL Not Provided 700 Series temperature sensor, thin film, platinum RTD, platinum-clad nickel wire
702-102BBB-A00 Allied Electronics, Inc. HONEYWELL FENWAL Not Provided Sensor; Temp; Thin Film; Platinum RTD; Solder Pads; 1000 Ohm +/-1.2 Ohm at 0 C
703-102BBB-A00 Allied Electronics, Inc. HONEYWELL FENWAL Not Provided Sensor; Temp; Thin Film; Platinum RTD; Solder Pads; 100 Ohm +/-1.2 Ohm at 0 C
700-101BAB-B00 Allied Electronics, Inc. HONEYWELL FENWAL Not Provided Sensor; Temp; Thin Film; Platinum (RTD); 100 Ohm +/-1.2 Ohm at 0 C
703-101BBB-A00 Powell Electronics, Inc. HONEYWELL Not Provided 700 Series temperature sensor, thin film, platinum RTD, solder pads
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Conduct Research Top

  • RTD Theory
    to make RTD’s are nickel, copper, and nickel-iron. These materials are. becoming less common now that the cost of platinum RTD’s is coming down. CONSTRUCTION. RTD’s are manufactured in 3 basic types of construction. Each of these different types. has advantages and disadvantages. Platinum Thin Film RTD
  • What is a Resistance Temperature Detector (RTD)?
    as a function of temperature. >> RTD Element. Sensing portion of the RTD which can be made most commonly of platinum, nickel, or copper. OMEGA features two styles of elements: wire wound and thin film. >> RTD Probe. An assembly composed of an element, a sheath, a lead wire, and a termination
  • Oscillator Circuits For RTD Temperature Sensors
    a core to form a coil, while thin film RTDs are. only limited by the accuracy of the reference. manufactured by depositing a very thin layer of. temperature. platinum on a ceramic substrate. TABLE 1: ATTRIBUTES OF RTDS, THERMOCOUPLES, THERMISTORS AND SILICON IC. SENSORS. Attribute. RTD. Thermocouple
  • New, more robust RTD temperature sensor
    of marine diesel and gas engines, it’s important to monitor and control exhaust gas temperatures – and this requires an accurate temperature sensor. Based on two types of sensor technology, temperature sensors either use a Resistance Temperature Detector (RTD) with PT100 thin film technology
  • The Development of a RTD Temperature Sensor for Exhaust Applications (.pdf)
    100 C. The. Wire wound is made by winding a thin platinum wire. tolerances indicated on the graph show that the RTD. around a mandrel until the desired resistance is reached. has a much tighter tolerance than thermistors over the. – being careful not to stress the wire. While wire wound. measurement
  • RTD Instrumentation Requirements
    and a thin film. serpentine structure. Wirewound RTDs are constructed with a specified length of. precision wire wound into a coil on a cylindrical ceramic, glass or mica insulator. Thin film serpentine structures are laid down on the surface of a ceramic insulator. and then laser trimmed
  • Selecting The Right Sensor
    they are cheap. While this is still true, it must be pointed out that the cost for a platinum RTD has come down to a very competitive range, due to the increaded usage of thin-film sensors. Thin-film RTD sensors are certainly not new technology any more; they were developed in Germany in the early 1970's
  • Resistance Temperature Detectors: Theory and Standards
    electrical resistivity changes with temperature. All RTD's are based on this principle. The heart of the RTD is the resistance element. Several varieties of semi-supported wire-wound fully supported bifilar wound glass, and thin film type elements are shown here. Some metals have a very predictable

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