Illuminated Dual Color LED Button

The 7.0mm x7.0mm dual color illuminated led tact switch is a highly reliable and versatile switch that can be used in a wide range of electronic applications. Its compact size, bi-color illumination, and high durability make it a great choice for tough and demanding environments. With its easy-to-use interface and simple design, this switch is ideal for use in a range of settings, from consumer electronics to automotive and more.

This means that the LED within the switch can emit light in two different colors. Typically, these colors are indicated by the type of LED used, such as red/green, red/blue, or any other combination.

When selecting a bi-color Mini Led Tact Switch, it's important to consider factors such as the voltage requirements of the LED, the mounting method (surface mount or through-hole), and the specific color combination needed for the application. Additionally, it's crucial to verify the switch's datasheet for detailed specifications to ensure it meets the requirements of your project.

The 7.0mm x 7.0mm LED tact switch is a miniature electro - mechanical component with a square footprint measuring 7 millimeters by 7 millimeters. Like other tact switches, it provides tactile feedback when pressed, giving users a clear indication that an action has been initiated. What sets this switch apart is its integrated dual - color LED lighting system.

Typically, the two colors can be, for example, red and green, blue and white, or other combinations, depending on the manufacturer. This dual - color feature allows for more complex visual signaling. The switch operates by pressing the button, which activates the electrical contacts and can simultaneously trigger the LED lighting. The LEDs are powered by a low - voltage source, usually within the range of common electronic circuit voltages, and can be controlled to display different lighting states, such as a single color on, both colors on, or color - changing sequences

Compact Size

With its 7.0mm x 7.0mm dimensions, this switch is incredibly compact. This small form factor makes it ideal for applications where space is at a premium, such as in small consumer electronics like wireless earbuds, smartwatches, or ultra - thin remote controls. It allows designers to incorporate tactile input and visual feedback without sacrificing valuable real estate on the printed circuit board (PCB).

Dual - Color Illumination

The most distinctive feature is, of course, the dual - color LED illumination. This functionality offers enhanced visual communication. For instance, in a battery - powered device, one color (like green) can indicate a full battery, while the other color (such as red) signals a low - battery warning. In a control panel, different colors can be used to distinguish between normal operating modes and error states. The ability to display two colors also enables more creative and intuitive user interfaces, improving the overall user experience.

Tactile Feedback

Despite its small size and added lighting features, the switch maintains the reliable tactile feedback that users expect from a tact switch. The tactile "click" when the button is pressed provides a clear and satisfying response, ensuring accurate user input. This feedback is crucial, especially in applications where quick and precise operation is required, like in gaming controllers or industrial control interfaces.

Low Power Consumption

The LED lighting in the switch is designed to consume minimal power. This is important, especially for battery - operated devices, as it helps to extend the device's battery life. The low - power design ensures that the illumination can be used for extended periods without significantly draining the power source, while still providing bright and vivid lighting when needed.

Durability

Built to withstand regular use, the PCB Led Tact Switch is constructed with high - quality materials. The switch housing is often made of durable plastics or metals that can resist impacts, dust, and moisture to a certain extent. The internal components, including the contacts and the LED module, are engineered to endure a large number of actuation cycles, ensuring long - term reliability in various operating environments.