EVA-NE3R15B14

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Slide potentiometers, like EVA-NE3R15B14, offer multiple advantages over other types of potentiometers. They are widely used in a broad range of industrial, medical, and military applications, including servo motor feedback, remote analog control, audio mixing, and motion control systems. These potentiometers offer stable performance over a wide range of temperatures and are highly immune to vibration and dust.

EVA-NE3R15B14 Application Field

EVA-NE3R15B14 slide potentiometers are highly suited for applications where precision and accuracy are critical factors. Due to its linear operating characteristics, it can be easily adjusted to fit any application. It is most commonly used in various monitor instruments for conditioning control signals, such as temperature, volume, or speed. The majority of its applications involve adjusting the output of a circuit. The EVA-NE3R15B14 is also used in motion control and robotics, audio and volume mixing, radio broadcasts, television sets, optical communications, power meters, environmental monitors, and industrial control.

Working Principle

The working principle of the EVA-NE3R15B14 slide potentiometer involves variation of the resistor’s resistance with a sliding contact. The contact generates an electrical signal that is proportional to the slider’s position. The potentiometer consists of a resistive component, a wiper, and a spring-loaded plunger that moves back and forth along the resistive strip. The resistive strip is usually a printed circuit board, with conductive material printed onto it. The resistor’s resistance is adjusted by the slider’s position along the resistive element. As the slider is moved along the track, the resistance between the contact points changes, causing the current to vary accordingly.

The EVA-NE3R15B14 is known for providing precise and accurate operation, and is reliable in extreme environmental conditions. It is designed to be insulated and self-cleaning. As it is used in many applications, EVA-NE3R15B14 is available in a wide range of sizes and configurations. It is a durable component that can be exposed to significant wear and tear, and can withstand temperatures up to 150°C.

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