3314R-2-103E

Trimmer potentiometers are adjustable electronic components used in many industries to control electrical properties such as voltage, current, and resistance. The 3314R-2-103E is a trimmer potentiometer specifically designed to offer maximum accuracy and precision in a wide range of applications. This potentiometer is commonly used in commercial and industrial controls such as in voltage regulators, amplifier circuits, and instrumentation.

The 3314R-2-103E features a high resolution of 10 turns per millimeter, allowing it to achieve the highest possible level of accuracy and precision. The device also has a low temperature coefficient with a range of ±50 ppm/^oC, providing consistent and reliable operation even in extreme environments. Additionally, its robust construction and sealed package are designed to provide increased longevity with minimal wear and tear.

The 3314R-2-103E also features a wide range of applications. It is widely used in military, medical, audio, and aerospace controls, thanks to its excellent performance and precision. Additionally, the device is suitable for various power supply circuits, including voltage, current, and temperature regulation. Furthermore, the device can also be used in environmental simulations, robot control systems, and communications systems.

The working principle of the 3314R-2-103E is relatively simple. The device is composed of a sliding contact that is connected to a resistive element, such as a carbon film resistor. When the sliding contact is moved along the resistive element, the resistance between the contact point and the terminals changes accordingly. This resistance change determines the voltage output of the device. Consequently, the device can be used to adjust a circuit’s electrical properties by changing the resistance.

In conclusion, the 3314R-2-103E is a trimmer potentiometer specifically designed to offer maximum accuracy and precision in a wide range of applications. Its high resolution and low temperature coefficient provide reliable performance in extreme environments, while its wide range of applications make it suitable for use in various power supply circuits, environmental simulations, robot control systems, and communications systems. Additionally, its simple working principle involving the adjustment of resistance allows it to be used to control electrical properties such as voltage, current, and resistance.