EK3L02DQX

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The EK3L02DQX application field and working principle are important elements when selecting the right sensing solution for any application. As the demand for higher accuracy and speed increases, a customisable and robust sensor can really make the difference.

The EK3L02DQX is an innovative sensing solution from United Technologies that combines advanced temperature sensing and control. The integrated functions and design of the EK3L02DQX make it the ideal choice for process monitoring, safety and quality control in industrial applications. This product has been designed with accuracy, speed and reliability in mind, ensuring that users benefit from the best performance from their sensing solutions.

The EK3L02DQX is specifically designed for use in applications such as exhaust flow, engine control, temperature monitoring and air flow sensing. It features an onboard digital thermistor amplifier to measure the temperature of the environment, allowing it to detect temperature changes within 0.1°F. The onboard microprocessor can calculate and output results in either analog or digital format as required. The thermistor also features a dynamic range of -40°F to 200°F, making it suitable for a range of temperature-sensitive applications.

The working principle behind the EK3L02DQX involves the use of a thermistor, an electronic component designed to measure temperature over a range of temperatures. The thermistor is composed of a semiconductor material in which the electrical resistance changes with temperature. As the temperature changes, the resistance to current of the material increases or decreases, creating a change in voltage which is then calculated by the microprocessor. The maximum voltage range of the thermistor is from 3 to 10 volts.

In addition to its temperature sensing capabilities, the EK3L02DQX also features a number of other features designed to help improve the accuracy and speed of the sensing solutions. This includes a self-referencing system, which ensures that the temperature measurements are always taken from the same reference point. The self-referencing system also continually evaluates the accuracy of the measurements, and the microprocessor can adjust the range of the thermistor accordingly.

The EK3L02DQX also has two additional outputs, which allow for the connection of additional sensors. This feature is especially useful in applications where multiple temperature measurements need to be taken simultaneously. The integrated thermistor amplifier allows for a low-capacitance output signal, reducing the need for external components and increasing system performance.

The EK3L02DQX is suitable for a range of applications, including exhaust flow, engine control, temperature monitoring and air flow sensing. This product is designed to be cost-effective, reliable and accurate, whilst also offering high speed sensing solutions. As such, this product is a great choice for any application that requires temperature sensing, control or monitoring.

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