B57164K0104K000

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NTC Thermistors are temperature-sensitive resistors that are widely used in many different industries and applications. The B57164K0104K000 is a perfect example of an NTC thermistor and it is capable of providing precise measurements of temperature in a wide range of different conditions. This article will cover the application field and working principle of the B57164K0104K000 to provide a better understanding of how this temperature sensor works.

The B57164K0104K000 NTC thermistor is mainly used for temperature measurement and compensation in electronic systems, such as consumer electronics, automotive, medical, and industrial application fields. Specifically, the B57164K0104K000 can be used for cooling and ventilation systems in the automotive industry, in medical devices such as blood pressure monitors, and to compensate the temperature signals in sensor devices.

The B57164K0104K000 is composed of a ceramic substrate that is wrapped in a copper encasement. The ceramic substrate is encased in a nickel-plated metal shell which ensures the integrity of the component itself and helps to prevent corrosion and deterioration of the material. Inside the ceramic substrate, a thin layer of metal oxide semiconductor material is deposited onto the surface, forming athermal sensing element.

The main purpose of the B57164K0104K000 NTC thermistor is to measure the electrical resistance of materials with respect to temperature changes. This is done by utilizing a process known as thermoelectric effect, which is the basis of thermistor operation. Briefly, this effect is the result of two metals sharing an interface, and when one of the metals (the semiconductor material in this case) is heated, the electrons of the semiconductor material become less resistive and increase in conductance.

The electrical resistance of the semiconductor is the main focus of the B57164K0104K000 thermistor, as it is directly related to the temperature of the surrounding environment. This relationship is known as the resistance-temperature coefficient (RTC), and it is represented as a negative figure—the greater the value of the coefficient, the higher the resistance of the B57164K0104K000 thermistor. The RTC of the B57164K0104K000 thermistor is typically around -3.93 K/°C, which is among the best in terms of robustness.

The B57164K0104K000 NTC thermistor is an ideal choice for applications that need reliable and precise temperature measurements and compensation. Thanks to its excellent temperature sensing properties, the B57164K0104K000 is widely used in the automotive, medical, and industrial fields. Additionally, the thermistor can be easily connected to different types of electronic systems via its standard 3-pin connector, making it a versatile and useful tool for a wide variety of applications.

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