B57621C5102K062 Sensors, Transducers

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Temperature Sensors – NTC ThermistorsNTC thermistors are versatile temperature sensors that play an important role in the world of industrial automation. A B57621C5102K062 thermistor is a negative temperature coefficient (NTC) thermistor specifically designed to accurately measure temperatures ranging from -50 Degrees Celsius to +125 Degrees Celsius. This precision thermistor is small in size and economical and is used in many applications where reliable and accurate temperature measurements are required.The B57621C5102K062 thermistor is a temperature sensitive element that uses resistance changes with increasing or decreasing temperatures to measure temperatures. It is made of a ceramic material that is mixed with a small amount of powdered metal material. This mixture is then compressed and formed into a resistance element that has an electrical lead wire soldered to each end of the element. The lead wire then allows a current to be sent through the thermistor.When the ambient temperature is constant, the thermistor exhibits a constant, almost linear, resistance-versus-temperature behavior. With increasing temperatures, the resistance of the B57621C5102K062 thermistor will decrease in a predictable, measurable manner. The resistance of the thermistor is inversely proportional to the temperature; this means that the resistance decreases with increasing temperature, and vice versa. The temperature sensitive resistance element of the thermistor is wired into a circuit and then the resistance can be used to measure temperatures.The typical resistance of the B57621C5102K062 thermistor at 25°C is 10 kOhm. The resistance of the thermistor is highly dependent on the temperature of the environment. There is typically a 10% decrease in resistance for every 10°C increase in temperature.The B57621C5102K062 thermistor provides many advantages over other temperature sensing technologies. It is highly accurate and faster and more reliable than temperature sensing technology using thermal elements or thermocouple materials. The B57621C5102K062 thermistor is also very small in size and the cost of using the device is minimal compared to other temperature sensing technologies.The B57621C5102K062 thermistor can be used in a variety of applications, such as temperature measurement and control in air conditioning and heating systems, automotive control systems, medical control systems, industrial automation equipment, and process control systems. In these applications, the thermistor may be wired into a circuit with other sensing elements or with a microcontroller to provide an output signal proportional to the temperature. The control system can then use this signal to trigger an action, such as turning the fan on or off, oradjusting the speed of the fan to regulate the temperature.The B57621C5102K062 thermistor is a great choice for temperature measurement in a variety of applications. It is reliable, accurate, and cost-effective. The thermistor can be easily wired into a circuit to measure temperature accurately and efficiently. The data provided by the thermistor can then be used to control the environment in which the thermistor is installed.

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