RT055AS2201KB

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Rotary Potentiometers, Rheostats, are electronically adjustable resistance devices used to control current in applications ranging from sound volume knobs and musical instruments to industrial control systems. The RT055AS2201KB is a part of this product family that is used in various applications, and it is important to understand its working principle and field of application.

The RT055AS2201KB is a two-dimensional, axial wirewound 10KΩ tracking potenmeter. Its fully-enclosed construction makes it robust yet compact and its wide temperature range allows it to be used in a variety of applications. This potenmeter provides excellent linearity and very good insensitivity to temperature change, enabling it to be used in many different settings.

The main application of RT055AS2201KB is controlling audio applications such as sound mixers, recording studios and musical instruments. Its small size makes it highly suitable for use in installations where it needs to be placed in a tight space, while its temperature stability makes it suitable for applications requiring long-term reliability of the device. As an example, when used in a musical instrument, the RT055AS2201KB potenmeter provides precise and consistent control over the tone of the instrument.

The working principle of the RT055AS2201KB is based on electrical resistance. When the knob on the potenmeter is turned, the resistance within the potenmeter changes and the amount of electrical current passing through it changes. This change in resistance is used to adjust the sound level in music applications, the speed of motors in automation systems and various other settings. The tracking between the two potenmeters allows them to be wired together and used in applications such as stereo sound amplification.

The RT055AS2201KB is a reliable and long-lasting two-dimensional tracking potenmeter that is used in many settings for its excellent linearity, temperature stability and robust construction. Its main applications are in sound and musical instrument applications, but it can also be used in various industrial control systems where precise control over electrical current is needed. By understanding its working principle and field of application, engineers can select the right product for their application.

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