FST08-B-1K0E

The FST08-B-1K0E is a temperature sensor which falls under the category of Resistance Temperature Detectors (RTD). RTDs are used as sensors to measure temperature variations in a variety of applications. FST08-B-1K0E is specifically designed for measuring temperatures ranging from -50°C to +300°C.

RTDs are based on the concept of electrical resistance change due to changes in temperature. This is done by utilizing the Physical Principle of the positive temperature coefficient of the electrical resistance of the element. The element can be a metallic wire, metal film, metal foil, or semiconductor materials, which is the FST08-B-1K0E.

The FST08-B-1K0E is composed of 0.2mm thick film which is established on the top of a stainless-steel plate with a resistance value of 1000 Ohms +/0 0.09 at 25°C. Its wide temperature range allows it to be used in industrial, medical, and automotive applications to measure and monitor temperatures accurately. The FST08-B-1K0E also features a fast response time which allows for fast changes to be detected.

One example application of the FST08-B-1K0E is in the automotive industry. It is used to measure the temperature of the engine block so that the vehicle can adjust the fuel and air mix for optimum temperatures. The accuracy and fast response of the FST08-B-1K0E make it very reliable for this purpose, ensuring a smooth running engine and fuel efficiency.

The FST08-B-1K0E also lends itself to a wealth of industrial, medical, and other applications. In industrial settings, it can be used to measure the critical temperatures of a variety of processes and machines. It is also used in medical equipment such as infrared thermometers to measure body temperature. And it can also be used in commercial refrigerators to monitor temperatures for food storage.

In summary, the FST08-B-1K0E is a versatile temperature sensor which belongs to the RTD family. Its wide temperature range, accuracy, and fast response make it suitable for a wide range of applications, ranging from automotive engines to medical equipment. Its robust and precise design provides reliable and cost-effective temperature measurement solutions.