Right-angle PCB LED Switch

A Right Angle Illuminated Tact Switch is a type of electronic component designed to provide tactile feedback, visual indication, and convenient installation directly onto a printed circuit board (PCB). These switches are configured at a right angle orientation, making them suitable for applications with spatial constraints;

Right Angle Led Tact Switches offer tactile feedback similar to traditional tactile switches. This feedback confirms the activation of the switch, ensuring reliable operation and user satisfaction. It provides a physical sensation to the user upon pressing the switch, contributing to the overall user experience.

A defining feature of these switches is their integrated LED illumination. Embedded LEDs illuminate upon switch activation, providing visual feedback to users. LED illumination enhances usability, particularly in low-light conditions, by indicating the switch's status or function. It helps users easily identify the activated switch, enhancing user interface clarity.

An Illuminated Tact Switch Button is one of the latest innovative input devices, known for its durability, reliability, and tactile feedback when pressed. It is often used in control and interface panels, providing users with feedback when selected. It is excellent for both indoor and outdoor use, and a great alternative to traditional buttons.

• Right - angle terminals: The terminals of the switch are bent at a 90 - degree angle. This design allows for more compact mounting on printed circuit boards (PCBs), saving space and enabling more flexible circuit layout. It is especially suitable for applications where space is limited.

• Integrated LED: It has an integrated light - emitting diode (LED) that can emit light in various colors, such as red, green, blue, yellow, white, and even multi - color options in some advanced models. The LED is used to provide visual cues, indicating the status of the switch or the connected circuit1.

• Tactile button mechanism: Consists of components such as buttons, metal shrapnel, and bases. When the button is pressed, the metal shrapnel deforms to make or break electrical contact, generating a tactile feedback and audible "click" to let the user know that the switch has been activated.