202JH1K

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NTC thermistors, also known as negative temperature coefficient (NTC) thermistors, are semi-conductor resistors sensitive to temperature changes. They are made of metal oxides and exhibit resistance which drops as temperature increases. This property makes them useful in many applications, such as temperature control, temperature monitoring, and temperature compensation.

NTC thermistors can be divided into two main types based on their temperature coefficient. Type I thermistors have more linear temperature coefficients and are commonly used in temperature monitoring and controlling applications. Type II thermistors have non-linear coefficients and are used for temperature compensation and calibration.

The 202JH1K series NTC thermistors are part of a family of devices designed for use in temperature sensing and control applications. The devices are available in standard and custom packages for various mounting methods. 202JH1K NTC thermistors offer excellent temperature accuracy and reliability in a wide range of temperature sensing applications. The temperature range of the series is -100 to +300 Celsius or -148 to +572 Farenheit.

Unlike other conventional temperature sensing and controlling devices, 202JH1K NTC thermistors offer a variety of benefits, including low sensitivity to environmental parameters, high linearity, and fast response time. In addition, they offer low power consumption and are resistant to shock and vibration.

The working principle of 202JH1K NTC thermistors is based on the change of resistance with temperature. When the temperature changes, the resistance of the NTC thermistor also changes. The 202JH1K thermistor is designed to react to these changes in temperature by changing its resistance. The change in resistance is proportional to the change in temperature; this allows the device to accurately monitor and control temperature.

The 202JH1K NTC thermistors are used in various application fields such as medical and home appliances, automotive engine cooling systems, and electric vehicles. The devices are widely used in refrigerators and air conditioners for thermostat control, as well as for temperature sensing in industrial processes. In medical use, they are employed in body temperature monitoring systems, diagnostic equipment, and temperature measurement equipment.

For automotive applications, the 202JH1K NTC thermistors are used for engine cooling systems, as well as for overheat protection, oil temperature control and fan speed control. In electric vehicles, the devices are used for temperature sensing and control of batteries. They are also extensively used in many other applications such as in servers and game consoles for temperature sensing.

In conclusion, 202JH1K NTC thermistors are widely used in various application fields due to their fast response time, high linearity, low sensitivity to environmental parameters, low consumption of power, and their resistance to shock and vibration. The working principle of the device is based on the change of resistance with temperature, which enables the device to accurately monitor and control temperature.

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