2 Way Mini Toggle Switch

The subminiature ON-ON toggle switch is a small but versatile component that can be used in a variety of applications. Its compact size and dual ON positions make it suitable for use in electronic devices, industrial equipment, and automotive applications. When selecting a switch, careful consideration should be given to the current carrying capacity, voltage rating, and other environmental factors to ensure that the switch will perform reliably in its intended application.

The ON - ON right angle toggle switch is a highly specialized electrical component that combines two key features to offer enhanced functionality and installation flexibility. The "ON - ON" designation means it has two distinct "on" positions, allowing users to switch between two separate electrical circuits or settings, rather than a simple on - off configuration. This makes it ideal for applications where multiple active states are required, such as in audio equipment for toggling between different input sources or in automotive lighting systems for controlling two sets of lights.

The right angle aspect of the switch refers to its unique physical orientation. Instead of the pins or terminals protruding straight out from the body of the switch, they are positioned at a 90 - degree angle. This design is extremely useful in tight - fitting spaces, especially on printed circuit boards (PCBs) or in enclosures where space is at a premium. It enables wires to be routed horizontally rather than vertically, which can lead to a more organized and space - efficient wiring layout, reducing clutter and the risk of short circuits.

Constructed from durable materials, the internal contacts of an ON - ON right angle toggle switch are engineered for reliability, ensuring stable electrical connections and a long lifespan. The switch's lever is typically designed for easy operation, with a tactile feel that provides clear feedback when moving between positions. Overall, this type of switch is a valuable choice for electronics designers and engineers looking to create compact, versatile devices with multiple operational modes.