EVA-NE4R15D14

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Slide potentiometers are adjustable resistors that are used to measure the amount of electrical current passing through a wire or circuit. The EVA-NE4R15D14 is a type of slide potentiometer. It is designed to provide a precise, linear resistive path between two end points of a circuit. By varying the physical position of the slider, the user can adjust the amount of resistance that is measured.

The EVA-NE4R15D14 is used to measure differences in shape, displacement, and size of objects. It has a variety of applications ranging from measurement in factory automation, automotive systems, and medical evaluation equipment. Its high accuracy and repeatability make it well-suited for various industrial and manufacturing applications.

The working principle of the EVA-NE4R15D14 is based on the measurement of resistance change. The amount of resistance can be adjusted by a rotating or a sliding element. The position of the slider is adjusted either manually or electronically with the help of a motorized positioning system. The slider position determines the resistance value that is measured and displayed.

The EVA-NE4R15D14 is designed to provide reasons for superior performance. It is equipped with a high-precision resistor network that eliminates temperature drift and improves accuracy. Its electrical insulation material helps reduce noise and interference. Its internal circuitry is also designed to keep the current stable even if the operating environment is variable. Additionally, the EVA-NE4R15D14 has a low contact resistance that increases the reliability of the system over time.

The EVA-NE4R15D14 is a versatile and precise slide potentiometer that provides reliable measurements for various industrial applications. Its high degree of accuracy, repeatability, and stability, makes it suitable for a wide range of applications. The slider is easily adjustable, allowing for a wide range of resistance values to be measured. Its high-precision resistor network eliminates temperature drift and improves accuracy, while its low contact resistance helps increase reliability.

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