NKA103C5R1C

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Temperature Sensors are an important component of any electrical system. They offer an efficient way of monitoring temperatures and detecting changes in the environment. The NKA103C5R1C is a Negative Temperature Coefficient (NTC) Thermistor that is quickly becoming the preferred choice for temperature sensing applications.

NTC thermistors are electronic components that display high resistivity at low temperatures and low resistivity at high temperatures. The component consists of a sintered semiconductor material, such as a metal oxide, that is encapsulated in a ceramic or glass-encapsulated body. The change in resistivity of the thermistor is proportional to the change in the temperature of its surroundings. This makes NTC thermistors an ideal temperature sensing device.

The NKA103C5R1C is designed to help accurately measure temperatures in a range between -40 and +125°C. The component measures a very precise resistance of 103Ω ±1% at 25°C and has a Negative Temperature Coefficient (NTC) of -α(25/85) = -1.63 %/K. This makes the NKA103C5R1C an excellent choice for applications such as automotive temperature sensing, process control, and other temperature-sensitive applications.

The core of the NKA103C5R1C thermistor is a carefully sintered, axially-leaded, bead-type, ceramic-filled metal oxide. These components also feature an insulated lead that encloses the bead, 24-inches of lead length, and a resistance tolerance of ±1%, which is 0.02C° at room temperature. This large resistance tolerance makes the NKA103C5R1C a popular choice for temperature-sensitive applications and accurately measure temperature changes.

In addition, the NKA103C5R1C is a robust component that can withstand shocks and vibrations over a regular temperature range. This makes it an ideal choice for applications where temperature control is critical, such as in automotive systems, industrial machines, or appliances. The thermistor also features a large temperature coefficient of resistance (TCR) that is capable of accurately measuring small temperature changes.

The working principle of the NKA103C5R1C is quite simple. It utilizes the change in resistance with temperature to measure temperatures in its surroundings. The NTC thermistor has high resistivity when the surroundings are cold and low resistivity when the surroundings are hot. This allows it to measure temperatures accurately and quickly.

The NKA103C5R1C is a great choice for temperature sensing applications. It features a large temperature coefficient of resistance, a large resistance tolerance, and is able to accurately measure temperatures in a range between -40 and +125°C. It is also able to withstand shocks, vibrations, and harsh environments. The NTC thermistor is quickly becoming the preferred choice for temperature sensing applications.

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