6673R2KL.25CT

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Rotary Potentiometers and Rheostats are electronic components that have their own range of applications. The 6673R2KL.25CT is a Rotary Potentiometer that is specifically employed for precision applications. It utilizes a unique design to achieve very high precision and provides excellent performance accuracy in demanding environments.

Application Field

The 6673R2KL.25CT can be used in a wide variety of applications, from audio systems to industrial instruments. It is suitable for controlling gain and attenuation in audio systems, as well as providing simple, accurate measurements in industrial equipment. In addition, it is used in medical imaging equipment, as well as for precision timing circuits.

Working Principle

The 6673R2KL.25CT employs a unique, sealed construction to achieve very high precision. It utilizes an IEEE-488 compatible interface, allowing it to be connected easily to any suitable instrument for testing or accuracy adjustments. Internally, the component consists of a ceramic substrate with a conductive element embedded in it. The conductive element is connected to a wiper arm, which is held in place by a spring and driven by a motor. As the rotor is turned, the wiper arm moves over the conductive element, changing the resistance of the component.

The 6673R2KL.25CT features adjustable contact forces, which allow for the balancing of the wiper arm and the resistance element. This is done by adjusting the position of the contacts inside the potentiometer, leading to improved accuracy and precision in the measurements and regulation of the component. Additionally, the component includes an electronic memory which stores 81 memory points, allowing for the storage of calibration data.

Conclusion

In conclusion, the 6673R2KL.25CT is a high-precision Rotary Potentiometer and Rheostat that is suitable for a wide variety of applications. It features an IEEE-488 compatible interface and adjustable contact forces, and also includes an electronic memory for storage of calibration data. Thanks to its precise design, it is suitable for the most demanding applications.

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