The data are 15-bit ratios between the reference resistor (in my case 427 Ω) and the RTD probe. As the temperature of the probe increases, its resistance increases in a nearly linear fashion.

Anothermethod is to calculate the temperature. For a platinum RTD, the Callendar-Van Dusen equation describes the relationship between resistance and temperature as: R(t) is the RTD resistance t is ...

Arguably, this advice applies to the circuit design used in many RTD sensors that quietly and efficiently measure temperature in industrial manufacturing facilities worldwide. However, to meet the ...

Omega’s new DTG-RTD100 Series features a large backlit display with 25mm (1”) digits that can be read as far as 10.7 m (35’) away. Reading features include, process, Min, Max, Alarm condition and ...

Figure 2: 4-Wire RTD Temperature System . ADC Requirements . For temperature systems, the measurements are mainly low speed (up to 100 samples per seconds typically). Therefore, a low bandwidth ADC is ...

The Wahl DST500-FM Digital RTD thermometer is a wide-range, high-accuracy thermometer designed for hazardous locations where accurate and reliable temperature monitoring is critical. Fixed stem probes ...

The DST500 series digital RTD thermometer systems from Palmer Wahl are wide-range, high-accuracy thermometers designed for applications where accurate and reliable temperature monitoring and recording ...

The DTG-RTD100 Series thermometer features a backlit display with 25-mm digits that can be read as far away as 10.7m.