RJ6S205

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Trimmer potentiometers, or variable resistors, are a type of adjustable resistive component that can be set to a specific output resistance. One of the most popular types of trimmer potentiometers is the RJ6S205 series, a single-turn trimmer potentiometer offering exceptional performance in a variety of applications.

Application Field

The RJ6S205 series trimmer potentiometer is designed to provide adjustable resistance within a wide range of electrical and electronic circuits. It is particularly useful for protected circuits, where the power source is secure from dangerous outside interferences and changes. This type of trimmer can be used to make small adjustments to the circuit’s output or to adjust the amount of power flowing into the circuit.

The RJ6S205 series is also widely used in commercial applications such as industrial control systems, automotive, and medical devices. It is well-equipped to handle the environmental and load requirements of these applications, including vibration, temperature, corrosion, and overvoltage protection. Finally, the RJ6S205 series is preferred by many engineers as it has a very low level of hysteresis, making it highly immune to electrical noise.

Working Principle

The RJ6S205 series trimmer potentiometer works on the principle of a resistor divider circuit. It consists of a wiper element connected to a rotating shaft. The wiper is connected to the resistive element, which is divided into two sections – the resistive divider element and the adjustable resistor.

The rotation of the shaft changes the distance between the wiper and the adjustable resistor section. This changes the resistance of the divider circuit, which is the output resistance of the RJ6S205 series. The output resistance will generally decrease as the wiper moves closer to the adjustable resistor section.

The RJ6S205 series trimmer potentiometer is a highly reliable and durable component, capable of withstanding extreme temperatures and mechanical shock. It is also capable of providing very precise adjustments, making it ideal for applications where precise control is necessary, such as automotive, medical and industrial control systems.

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