B57352V5104J360

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Temperature sensors, like the B57352V5104J360, are included in the NTC (short for negative temperature coefficient) thermistor family. NTC thermistors are electronic temperature sensors with a negative temperature coefficient, meaning that as the temperature of the device increases, its electrical resistance decreases. This makes it a perfect type of sensor for providing temperature measurements.

The B57352V5104J360 is a small, disk-shaped quartz-based thermistor with an insulating ceramic coating. These thermistors are manufactured to fit a wide range of applications. These include medical and laboratory instrumentation, automotive, consumer electronics, and many other applications that require precise and reliable temperature measurements.

The B57352V5104J360 has a resistance range of 5,000Ω up to 50,000Ω at 25°C. This makes it ideal for applications that require precise temperature sensitivity. The combination of quartz construction and ceramic insulation provides a reliable and stable temperature sensing function. In addition, the thermistor is highly resistant to mechanical damage and thermal shock, making it ideal for high temperature or vibration environments.

The working principle of the B57352V5104J360 is simple. As the temperature increases, the thermistor’s resistance decreases. This resistance change is measured and then used to calculate the temperature. This type of thermistor uses a Wheatstone bridge circuit, which involves four resistors. The two resistors on one side of the circuit are the thermistor’s resistance, while the other two are fixed resistors. The current flow through the circuit is measured and an output is generated. This output is then calibrated to the temperatures.

In addition, the B57352V5104J360 also features a high accuracy calibration over a wide temperature range. The thermistor is also highly resistant to mechanical damage and thermal shock, making it ideal for high temperature or vibration environments.

The B57352V5104J360 application field includes medical and laboratory instrumentation, automotive, consumer electronics, and many other applications that require precise and reliable temperature measurements. The combination of quartz construction and ceramic insulation provides a reliable and stable temperature sensing function. In addition, the thermistor is highly resistant to mechanical damage and thermal shock, making it ideal for high temperature or vibration environments.

Overall, the B57352V5104J360 is an ideal choice for applications that require precise and reliable temperature measurements. The combination of quartz construction and ceramic insulation provide reliable and stable temperature sensing function and the thermistor is highly resistant to mechanical damage and thermal shock. Additionally, with its high accuracy calibration over a wide temperature range, this NTC thermistor is a perfect choice for many different applications.

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