135-253LAG-J01

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NTC thermistors are resistors with a negative temperature coefficient (NTC), meaning that their resistance decreases as the temperature increases. This property makes them perfect for applications that require temperature sensing or compensation due to their highly predictable change in resistance. The 135-253LAG-J01 NTC thermistor is a popular choice for temperature sensing applications due to its tight tolerance, its high precision, its accurate temperature readings, and its long life and durability.

What is the 135-253LAG-J01 NTC Thermistor?

The 135-253LAG-J01 NTC thermistor is a highly accurate, high-precision device that is widely used for temperature sensing applications. This thermistor has a tight tolerance range of ±0.1℃, a wide temperature range from -20℃ to +120℃, and a long-term stability of ±0.25℃. It also has a low thermal time constant of 2~5 seconds and a high accuracy of ±0.25℃. This thermistor can be used in applications that require both single-point and multiple-point temperature sensing, making it a versatile device.

What are the Applications of the 135-253LAG-J01 NTC Thermistor?

The 135-253LAG-J01 NTC thermistor is commonly used in a wide range of temperature sensing applications, such as industrial control systems, automotive systems, consumer electronics, and energy management systems. The thermistor can be used to measure and control a range of temperatures, including engine combustion, internal exhaust, air conditioners, refrigerators, and air compressors. It can also be used to monitor the temperature of medical equipment, heating and air conditioning systems, and electrical appliances. In addition, the thermistor can be used in solar cell and battery temperature monitoring, data acquisition systems, and fluid flow and pressure monitoring systems.

What is the Working Principle of the 135-253LAG-J01 NTC Thermistor?

The 135-253LAG-J01 NTC thermistor works by measuring the temperature of the environment in which it is placed. It does this by measuring the resistance of the thermistor as the temperature of the environment changes. The resistance of the thermistor changes as the temperature rises and falls, and this change in resistance is detected by the thermistor’s internal circuitry. The thermistor then sends a signal to an external device, such as a controller, to indicate the temperature of the environment. In some cases, the thermistor can be used to control the temperature of the environment by automatically changing its resistance in response to changes in temperature, thus providing temperature control.

Conclusion

The 135-253LAG-J01 NTC thermistor is an accurate and reliable device that can be used in a wide range of temperature sensing applications. Its tight tolerance, accurate temperature readings, and long life make it a popular choice for temperature sensing. The thermistor’s working principle is based on its ability to measure the resistance of the thermistor as the temperature of the environment changes, thus allowing it to detect temperature changes and send a signal to an external device. With its versatility and reliability, the 135-253LAG-J01 NTC thermistor is an ideal choice for temperature sensing applications.

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