MC65G104A

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Temperature sensors play an integral role in a variety of industrial and domestic controls and systems, providing valuable data to the equipment that controls all aspects of our daily lives. Temperature sensors offer direct measurement of temperature or they can sense a parameter that is influenced by temperature. One of the most common and reliable temperature sensors is the NTC thermistor.

The NTC thermistor is a semiconductor device made of ceramics or a polymeric material, conductive oxides, and a suitable binder system. It has a high sensitivity for temperature changes, low cost, and relatively long life. Many designs are thermally sensitive and include a temperature-dependent resistance, allowing them to be used as negative temperature coefficient (NTC) devices.

One type of NTC thermistor that has been used widely in a variety of applications is the MC65G104A. This NTC thermistor is designed to measure temperatures ranging from -100°C to 200°C and survive high temperature cycles within those ranges. It is also shock and vibration resistant. The MC65G104A is a cylindrical thermistor with a bead diameter of 6.5mm, an operating temperature of -50°C to +150°C, a response time of more than 10 seconds, and a tolerance of ±1%.

The MC65G104A is designed to have a strong temperature dependency of its electrical resistance. As the temperature increases, the electrical resistance of the thermistor decreases. The resistance of the thermistor is usually measured using an ohmmeter or digital resistance meter. This resistance is then compared to the resistance of a calibration reference table to determine the temperature of the environment.

The MC65G104A is typically used as a temperature sensor in a variety of applications including commercial and residential thermostats, HVAC systems, medical equipment, and industrial processes. The thermistor can also be used for over-temperature protection in industrial motors and power supplies, and as a safety device in laboratories, electrical equipment, and other areas with hazardous environments.

The wide variety of applications for the NTC thermistor is attributed to its reliable performance and its ability to measure temperatures in an accurate and reliable manner. NTC thermistors are used in a variety of industries and applications, including automotive, HVAC, medical, industrial, and aerospace, and they are a cost-effective solution for temperature measurement.

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