B57620C0102K062

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NTC thermistors, commonly referred to as Temperature Sensors, are temperature-sensitive semiconductor resistors. The B57620C0102K062 (hereafter referred to as NTC) is composed of positive temperature coefficient (PTC) and negative temperature coefficient (NTC) thermistor shapes, represented by semiconductors that possess different temperature-dependent characteristics.

The phenomenon of NTC occurring when the resistance of a material decreases as the temperature of a material increases, is known as NTC effect. In the case of temperature sensors, the term NTC usually refers to thermistors with a negative temperature coefficient. In the NTC thermistor, resistance decreases with respect to increasing temperature. The functioning of a temperature sensor relies on NTC effect i.e. the output voltage of the sensor can be described as a negative function of temperature.

B57620C0102K062, has a linear NTC characteristic where resistance versus temperature follows a linear trend. Linear NTC thermistors are designed with a linear resistance versus temperature characteristic slope over the operating temperature range. They usually have a higher accuracy compared to their non-linear counterparts, making them suitable for a wide range of temperature measurements, including the measurement of outdoor temperatures. In addition, they exhibit greater stability versus humidity than other types of NTC thermistors.

The working principle of B57620C0102K062 involves a bridge rectifier circuit version of the Wheatstone bridge. In this, the NTC thermistor is connected in one arm of the bridge, such that a voltage output is generated when the temperature around it changes. The voltage output is then converted into a corresponding temperature value, allowing differences between temperatures to be accurately measured.

The application field of B57620C0102K062 includes a range of industries such as automotive, energy, medical, consumer products & preventive maintenance and business use, among many others. In automotive use, the NTC sensor is used for engine control and monitoring of exhaust gas temperature. In energy industry, it can be used for controlling a steam valve, measuring of the fluid temperature, etc. and in medical field, it is used for controlling blood temperature and body temperature. They are also used in business use for temperature monitoring, such as for processes of refining and production line control.

The B57620C0102K062 is a cost-effective solution for a variety of temperature measurement needs, thanks to its linear NTC characteristic and enhanced stability versus humidity. It is a reliable and intuitive tool for temperature measurements across a wide range of industries, allowing engineers to measure and control temperatures for a variety of applications.

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