PS30M-0PB1FBR100K

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Slide potentiometers are commonly used within the electrical industry, for both controlling and monitoring voltage and electrical signals. Available in different sizes and materials, they are also referred to as ‘slide rheostats’. The PS30M-0PB1FBR100K is an example of a slide potentiometer, and this article will explain its application and working principle.

The PS30M-0PB1FBR100K is a wide range slide potentiometer designed for use as a device for controlling motion. It is designed with an adjustable arm which slides along the potentiometer’s length, causing a change in resistance that is sent to the electrical circuit. This process can regulate the motion of the motor in a wide variety of applications including automation, lift systems, robotics and medical equipment.

The PS30M-0PB1FBR100K is composed of three main parts, the unit body, the arm and the contacts. The unit body contains the necessary hardware to maintain the unit\'s precision as well as provide electrical insulation between the circuit and the environment. The arm is the adjustable arm that moves along the body for regulating voltage and current. The contacts are what connect the arm and the unit to the circuit, allowing the current to pass through and cause a change in the resistances.

The PS30M-0PB1FBR100K has an operating temperature range of -40°C to 85°C, a power rating of 24W and a resistance range of 0-100Kohm. It also provides high precision linearity and low temperature coefficient, making it highly suitable in applications that require accurate performance. The unit features a molded plastic construction and RoHS compliant materials which make it an extremely reliable product, perfect for industrial use or electrical applications.

The working principle of the PS30M-0PB1FBR100K is relatively simple, and makes use of the basic concepts of slide potentiometers. As mentioned before, the unit is composed of an arm and a body. The arm is connected to the electrical circuit, while the body is connected to a resistive element (usually a wire grid). When the arm is moved along the body, its movement causes a change in the resistive element, and as a result, the voltage across the electrical circuit is adjusted. This process allows the user to control the motion of the motor.

In conclusion, slide potentiometers have a wide range of application in the electrical industry, including controlling motion of motors and monitoring electrical signals. The PS30M-0PB1FBR100K is an example of such a device, featuring a high-precision linearity, low temperature coefficient and a molded plastic construction which make it highly reliable and suitable for industrial use or electrical applications. Its working principle is quite simple, with the arm adjusting the resistances which adjust the voltage across the circuit, allowing the user to control the motion of a motor.

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