3352T-1-200LF

Thumbwheel Potentiometers

The 3352T-1-200LF is a thumbwheel potentiometer, which is a manually operated device used for controlling the amount of electrical resistance in a circuit. It is composed of a resistance element that is connected to a movable arm, or “slider,” that can be moved along its axis in order to change the resistance. The slider can be moved manually or by a motor. The resistance element is typically made of a coiled wire made from a metal such as copper or aluminum.

The 3352T-1-200LF thumbwheel potentiometer works by changing the level of resistance in the circuit as the slider moves along the resistance element. When the slider moves along the element, the resistance is reduced or increased, depending on how the slider is moving. This change in resistance affects the electric current flow in the circuit, and therefore the amount of voltage and power delivered to the circuit.

The 3352T-1-200LF thumbwheel potentiometer is primarily used in a variety of industrial and commercial applications. It can be used, for example, to control the speed of electric motors and the brightness of lamps. It is also often used in audio applications such as volume control on stereo systems, as well as level control on electronic instruments such as guitars and keyboards.

The 3352T-1-200LF thumbwheel potentiometer is simple to operate and easy to install. It can be mounted on a flat surface, or can be connected to a rotary knob for easier control. The thumbwheel is also adjustable, allowing users to adjust its resistance according to their needs. The device is also durable and long-lasting, making it a suitable choice for both indoor and outdoor applications.

The 3352T-1-200LF thumbwheel potentiometer is an ideal choice for a variety of industrial and commercial applications. Its simple operation, adjustable resistance, and durability make it a viable option for many applications. Furthermore, its ability to control the voltage and power delivery to a circuit makes it a great choice for audio and other electronic applications.