SLA560WBC7T2

LED Indication - Discrete

SLA560WBC7T2 is a 5x6x7mm low profile, ultra-bright LED designed to provide wide angle light emission. It features a broad viewing angle of 120 degrees and its light source comes from a multi-layer reflective lens that gives a uniform look when illuminated. The SLA560WBC7T2 also features an ultra-low forward voltage drop, low thermal resistance, and a capacitive electric insulation which makes it suitable for a wide range of applications.

Application Fields

SLA560WBC7T2 is suitable for a variety of applications including backlighting panels, switches and general indicator lighting. It can also be used for automotive applications such as interior decorative lighting, dashboards, turn signals, etc. This LED can also be used for laptop keyboards and other small, portable electronics. The discrete nature of the LED\'s packaging and light output makes it suitable for automotive decal backlighting, large panel displays, and specialty lighting.

Working Principle

The working principle of SLA560WBC7T2 is simple. The LED emits light when a current is applied to it. This current can originate from different sources including a battery, a power supply, or a solar cell. Once the current is applied, electrons in the LED’s internal components can become excited and release photons which creates the light. The amount of current applied to the LED will affect the brightness of the light.

SLA560WBC7T2 uses a multi-layer reflective lens to provide a broad and uniform light output. This lens is designed to reflect the light from the LED in a specific direction, allowing for better control of the light’s intensity and beam angle. This multi-layer lens also helps reduce the amount of light that is lost or scattered, providing a brighter, more consistent light output.

SLA560WBC7T2 is a versatile and effective solution for a variety of applications requiring discrete LED indication. Its low profile, wide viewing angle, and low current requirements make it ideal for a wide range of applications while providing an eye-catching light source.