380C3100

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Rotary Potentiometers, Rheostats

380C3100 is a rotary potentiometer with a contact-less low-power rheostat design. The principle is based on RF-controlled resistive technology. The technology utilizes a field-induced effect that applies a small electrical resistance to the movable contact, enabling it to effectively adjust resistance values with less power.

The device uses a ceramic core actuating mechanism that allows for a wide range of resistance values to be programmed. It features a variable contact gap size for adjusting the level of resistance for optimal performance. The shape of the contact gap is also customizable, allowing for more accurate resistance control. In addition, the device can be customized to meet specific application requirements.

The 380C3100 is ideal for applications that require precise control over resistance values. Its low-power capabilities enable devices with this feature to be used in locations where space and/or power are limited. It can also be used in applications where high-frequency signals are present. This is because RF-controlled resistive technology provides excellent linearity across the resistance range, enabling precise adjustments without distortion.

The device can be used in a variety of applications such as automotive, industrial, instrumentation, consumer electronics, and medical equipment. It can be implemented as the control component of adjustable power supplies, as well as for signal conditioning and control. With this feature, it can be used to adjust or limit current flow and provide feedback signals for control systems. It can also be used to adjust the speed of a motor or the temperature reading of an electronic instrument.

In summary, the 380C3100 is a rotary potentiometer with a contact-less low-power rheostat design that makes it suitable for applications that require precise control over resistance values. Its linearity across the resistance range enables precise adjustments without distortion, making it an ideal choice for a wide range of applications.

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