MA100GG232B

Temperature Sensors – NTC Thermistors are temperature dependent resistors which are used to measure temperature in various industrial and consumer applications. The MA100GG232B is a temperature sensor which uses a NTC thermistor to measure temperature from -50 to +350 °C. It is mainly used in industrial testing and control systems as it provides an accurate temperature reading and is suitable for a wide range of temperature applications.

Working Principle: The working principle of the MA100GG232B is based on the NTC thermistor. A NTC thermistor is a semiconductor device which has a negative temperature coefficient (NTC) (the resistance decreases with rising temperature). The NTC thermistor consists of a metal oxide material which is connected to two metallic leads. The resistance of the NTC thermistor change with the temperature. As the temperature rises, the resistance of the NTC thermistor drops. When the temperature is measured by the MA100GG232B, the resistance of the thermistor is measured by the internal component to determine the precise temperature.

Application Field: The MA100GG232B is mainly used for industrial temperature control and testing purposes due to its accuracy and wide temperature range. It is often used in temperature measurement of medical and laboratory devices, instrumentation systems, air-conditioning systems, and other applications which require an exact temperature measurement. It can also be used in high temperature applications such as ovens and furnaces. It is designed for intermittent temperatures and is not suitable for continuous temperatures higher than 350 °C.

The MA100GG232B has a wide range of features, such as: wide operating temperature range from -50 to +350 °C, reliable operation over long periods of time, high accuracy of ±0.3 °C, and high stability with low hysteresis.

The MA100GG232B is a reliable and accurate temperature sensor which is suitable for a wide range of applications. It can provide accurate temperature readings over a wide range and is designed to withstand high temperatures. It is an ideal choice for industrial temperature control and testing applications.