A thermal connector, sometimes called a cold-end termination, is designed to connect temperature sensors to measuring instruments, like thermocouples or resistance temperature detectors (RTDs).

Both the RTD itself and its accuracy must be considered when selecting the RTD sensor. The temperature range varies with element type, and theaccuracy denoted at calibration temperature (usually at ...

where: R RTD is the measured RTD resistance. V ADC is the ADC voltage reading. I CC is a somewhat constant-current source. V Offset is the voltage offset of cumulative errors. Note that this ...

Return engineering units (e.g. °C, Kg). Accuracy of measurement is specified in engineering units (e.g. measure RTD temperature sensor accurate to ±0.2°C, not including sensor device error). Attach to ...

Durex Industries has introduced an RTD temperature sensor designed for monitoring air and various gas temperatures. A machined tip designed to maximize airflow over a miniature platinum film element ...

Omega’s new RTDM12 series of compact RTD temperature sensors are extremely rugged with a molded (IP67) 4-pin connector with M12 male thread and a fast response time.

⚠️ Important Notes Ensure proper connections between your STM32 and the MAX31865 module. The SPI clock should not exceed 2 MHz to maintain reliable communication. The CS pin must be manually managed ...

Traditionally, resistance-temperature-detector (RTD) sensor resistance is measured by applying a precision current source and measuring the developed voltage. This approach usually ...

MPFA000024 is a head-type RTD sensor from Multicomp Pro that’s designed for Class A accurate measurements across a -50 °C to 250 °C temperature range. This sensor runs at 100 ohms, and is reported to ...