NB12K00103KBB

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Temperature Sensors - NTC Thermistors are commonly used in home appliances, HVAC systems, temperature control systems, and other industrial applications. In such systems, the NTC thermistors are used to measure and control the temperature. One of the most popular NTC thermistors used in temperature measurement and temperature control applications is NB12K00103KBB. This article will provide an overview of the application fields and working principles associated with the NB12K00103KBB NTC thermistor.

NB12K00103KBB is a buckeye designed, negative temperature coefficient (NTC) thermistor. It is designed for use in a variety of temperature sensing applications. This thermistor is usually made out of a ceramic material and features 3 electrical lead connections. The NB12K00103KBB provides excellent temperature characteristics, reliable performance and high accuracy. The thermistor is available in both horizontal and vertical packages.

The NB12K00103KBB thermistor has a wide range of applications. It can be used in temperature sensing and control, as a compensation device, in HVAC and many other applications. In temperature sensing applications, the thermistor is used to measure and/or monitor temperature changes. The thermistor is also used in HVAC and other climate control systems. It is commonly used as a room thermostat to control the temperature of the environment. It can also be used to protect circuit stages from thermal overloading.

The NB12K00103KBB is based on the principle of self-heating resistors. It utilizes a semiconductor with an electrical resistance that is dependent on the temperature of the environment. The principle is that as the temperature increases, the resistance decreases, and vice versa. When a current is passed through the thermistor, it generates an amount of heat in proportion to the amount of resistance in the circuit. This heat is then sensed by the thermistor, which causes its resistance to decrease. The resulting change in resistance is then measured, allowing for the temperature to be determined.

In the NB12K00103KBB, the temperature sensing range is from -20°C to +85°C. The thermistor provides an output current of 10mA when operated at 12V. It also exhibits excellent temperature characteristics and long-term stability. The thermistor also features a low thermal inertia which allows for faster response times.

The operating principle of the NB12K00103KBB thermistor is based on the self-heating resistors principle. This principle states that, as the temperature of the environment increases, the resistance of the circuit decreases. A current is then passed through the thermistor, which causes it to generate an amount of heat in proportion to the resistance in the circuit. The heat is then sensed by the thermistor, causing its resistance to decrease. The resulting change in resistance is then measured, allowing for the temperature to be determined.

The NB12K00103KBB thermistor is used in many applications, such as HVAC systems, temperature sensors, and thermal overloading protection. It is a buckeye designed, negative temperature coefficient thermistor that provides excellent temperature characteristics, reliable performance and high accuracy. The thermistor has a temperature sensing range of -20°C to +85°C and an output current of 10mA when operated at 12V. It also features a low thermal inertia allowing for faster response times.

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