MC65Y103C

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Thermistor is an important temperature measurement tool. MC65Y103C is a temperature sensor NTC thermistor with high sensitivity and good linearity, used for temperature measurement in a variety of applications. It can operate in a wide temperature range which is usually -40°C to 125°C. In this article, we will discuss the applications and working principle of MC65Y103C.

Applications of MC65Y103C

MC65Y103C is mainly used in various temperature measurement and monitoring application. It can be used in motor control, motor overload protection, energy management, over-temperature protection, and refrigeration temperature regulation. Moreover, it is suitable for medical and life science industries, home appliances, consumer electronics, power specifications and other industries. It is highly sensitive and accurate, allowing it to be used in a variety of applications such as heating systems, air-conditioning systems, electronics cooling systems, or liquid cooling systems. It has a fast response time of 2ms for the SN type thermistor, allowing it to be used for temperature regulation in small spaces. It also has low self-heating capability and provides high performance and stability, even in extreme environmental conditions.

Working Principle of MC65Y103C

The MC65Y103C is a negative temperature coefficient (NTC) thermistor. NTC thermistors are resistors made of ceramics or semiconductor materials that interact with temperature. When the temperature increases, the resistance of the NTC decreases and vice versa. This characteristic makes it an ideal device for temperature measurement and regulation. The MC65Y103C features a wide operating temperature range from -40°C to 125°C and a wide temperature coefficient range from -4% to -6%.

When the MC65Y103C is used for temperature measurement, the power supply voltage is applied to the thermistor. The thermistor resistance changes with the change in temperature, causing the voltage drop across it to change. The voltage drop is measured by the amplifier, which compares it with a reference voltage. The output of the amplifier is a current whose magnitude depends on the resistance of the thermistor. By measuring the current, the change in temperature can be calculated. This working principle also applies to when the MC65Y103C is used for temperature control, in which temperature is adjusted by adjusting the power supply voltage.

Conclusion

In conclusion, MC65Y103C is a temperature sensor NTC thermistor that can operate in a wide temperature range. It is used for a variety of temperature measurement and monitoring applications. Its working principle is based on the resistance of the thermistor changing with the temperature. Thus, MC65Y103C is an important tool for temperature measurement and regulation.

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