NTCLG100E2303JB

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A Negative Temperature Coefficient (NTC) thermistor, like the NTCLG100E2303JB, is a temperature-sensing device made of a sintered bead of ceramic material. As the temperature rises, the resistance of the thermistor decreases, allowing electrical current to flow more freely through the circuit.[1] NTCLG100E2303JB is a type of NTC thermistor specifically designed to provide precision temperature sensing over a wide range of temperatures, with high accuracy and excellent repeatability.

The NTCLG100E2303JB has a variety of applications. One example is temperature compensation for integrated circuit protection or control equipment. NTC thermistors can be used to provide temperature measurement and feedback in applications like temperature controllers, temperature detectors, and temperature monitors. NTC thermistors can also be used in temperature compensation circuits or in heat-sensing elements of alarms and fire systems.

In addition, NTC thermistors can provide temperature protection for power supplies and transformers, as well as additional temperature sensing and temperature control in a wide range of industrial applications. Other common applications of NTC thermistors include motor protection, over-temperature protection, defrost control, and automotive applications such as engine management, cabin climate and air conditioning control.

The working principle of the NTCLG100E2303JB is based on the behavior of the ceramics material it is made of. At a given temperature, the ceramic bead has a specific resistance to electrical current. As the temperature rises, the resistance of the thermistor decreases. This decrease in resistance allows more current to flow through the circuit. This change in resistance enables the thermistor to measure temperature with high accuracy and repeatability.

The NTCLG100E2303JB can accurately report temperature changes over the broad range of -45°C to 150°C. Its repeatability is 1°C or better, and its accuracy is 5.4°C over the range 40°C to 100°C. A wide resistance range of 600 to 13K Ohms at 50°C provides enhanced accuracy and excellent temperature compensation for AC components such as power supplies.

In summary, NTCLG100E2303JB is a type of Negative Temperature Coefficient (NTC) thermistor specifically designed for precision temperature sensing over a wide range of temperatures, with high accuracy and excellent repeatability. Its working principle is based on the decrease in resistance of the ceramic material it is made of as the temperature rises, allowing it to measure temperature with high accuracy and repeatability. It is used for temperature compensation for integrated circuit protection or control equipment, temperature measurement and feedback in a range of industrial applications, motor protection, over-temperature protection, defrost control, and automotive applications such as engine management, cabin climate and air conditioning control.

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