EVM-3SSW50B15

Trimmer Potentiometers are adjustable variables that consist of a resistive element and a rotating contact that can be used to control the resistance of the element. The EVM-3SSW50B15 is a type of Trimmer Potentiometer which has been fabricated by ETI Systems to offer high-precision voltage and current limiter control. This can be used in applications such as digital drives, robotics, security systems, hardware-in-the-loop simulations, and automotive controls.

The EVM-3SSW50B15 Trimmer Potentiometer consists of 3 electrical rotations. Each rotation can control the low and high ranges of the resistance value. This allows for precise control in the range of 0.5 ohms to 5 ohms. It also has gold contact rings which ensure high resistance accuracy and low noise operation. There is an internal jumper which can be used to switch between single and multiple rotations. The EVM-3SSW50B15 is also equipped with a voltage sensing terminal and an isolated sensor terminal.

The working principle of the EVM-3SSW50B15 Trimmer Potentiometer is based on the concept of variable resistive elements. As the potentiometer is turned, the resistance of the resistor element changes. This change in resistance is directly proportional to the voltage applied to the resistive element and the rotation count of the potentiometer. The amount of voltage applied to the resistive element affects the resistance of the element and this change is then sent back to the controller.

The EVM-3SSW50B15 Trimmer Potentiometer can be used in applications where precise control of voltage and current limits is required. It is ideal for use in digital drives, robotics, security systems, hardware-in-the-loop simulations and automotive controls. The internal jumper switching between single and multiple rotations makes it suitable for a variety of applications. It also has a voltage sensing terminal and an isolated sensor terminal which can be used to monitor the voltage and current limits.

The EVM-3SSW50B15 Trimmer Potentiometer is a small and efficient device which can be used to precisely control the voltage and current limits in applications such as digital drives, robotics, security systems, hardware-in-the-loop simulations and automotive controls. Its internal jumper switching between single and multiple rotations makes it suitable for a variety of applications. It also has a voltage sensing terminal and an isolated sensor terminal which can be used to monitor the voltage and current limits.