EVA-NADR15A14

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Slide Potentiometers are widely used due to their versatility and simplicity. The popular EVA-NADR15A14 is a slide potentiometer, and it has a vast range of applications, from basic linear adjustment to high speed cascaded systems. Let\'s take a closer look at the EVA-NADR15A14, its application field and working principle.

The EVA-NADR15A14 is a high precision rotary slide potentiometer. It is a 9 mm multi-turn potentiometer, with a diameter of 10 mm and a mounting depth of 10 mm. It has a low thermal coefficient, noise, and voltage variation, and offers good FM radio reception characteristics. Its built-in wiper contacts have high contact force strength and mechanical stability. It has a heavy-duty, patented design for rugged use in harsh environment conditions.

The EVA-NADR15A14 has a wide range of applications. It can be used in precision slide positional adjustments, such as model aircraft servos, and robotics control. It is also ideal for variable speed motor control, instrument panel gauges, and touchpad operations. The EVA-NADR15A14 also has a very precise linear adjustment characteristic, making it ideal for systems where precise linear adjustments are required, such as medical imaging systems and radio frequency equipment.

The EVA-NADR15A14 works by converting rotary motion into a linear voltage that can be used to control other electrical components. The potentiometer is connected to a power supply and a load. A wiper then moves along the resistance arm, varying the voltage across the potentiometer. The wiper is connected to the output terminal, and as it moves, the voltage at the output terminal changes proportionally to the position of the wiper. The changing voltage is then used to control the electrical components connected to the output terminal.

In summary, the EVA-NADR15A14 slide potentiometer is a versatile and precise device with a wide range of applications. It features a high-precision rotary mechanism and low noise characteristics. Its rugged design makes it suitable for use in harsh environments. And it works by converting rotary motion into a linear voltage to control electrical components connected to its output terminal.

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