S-5855AECB-I4T1U

The S-5855AECB-I4T1U temperature sensor is a silicon-based analog and digital output temperature sensor. It is commonly used in applications like industrial process temperature measurement, automotive engine control systems, HVAC systems and many others. The S-5855AECB-I4T1U has the capability to directly measure temperatures up to 250°C and is available in various package styles and custom configurations.

The S-5855AECB-I4T1U has an output voltage proportional to the temperature ranging from 0V to 6V. It also includes an analog offset voltage for temperature drift compensation. The sensing element is a thin film platinum resistance temperature detector (RTD). The RTD is housed in an anodized aluminum encapsulated housing with either a 3, 4, 6 or 8 terminal configuration.

The S-5855AECB-I4T1U uses a digital and analog output to measure temperatures across a wide range and has the capability to detect temperatures from ambient to up to 250°C. It is designed to have a linear output with an accuracy of 0.5°C. The digital output allows for enhanced resolution, which makes it well suited for applications that require highly-accurate temperature measurements.

The working principle of the S-5855AECB-I4T1U is based on the thermoresistance effect, whereby the resistance of an RTD element changes with change in temperature. This resistance change is directly proportional to the temperature difference between the RTD and the package. This thermal resistance is sensed by the RTD which in turn produces a voltage output proportional to the temperature change.

The S-5855AECB-I4T1U is widely used in a variety of industries for temperature measurement applications. It is ideal for HVAC systems, automotive engine control systems, industrial process metrology, scientific research studies and many other applications. It can also be used in custom configurations that require different accuracy levels.

The S-5855AECB-I4T1U temperature sensor is a compact and easy to install device that provides reliable temperature measurements in a wide variety of temperature ranges. Its low cost, high accuracy and wide temperature range make it an ideal choice for many different applications.