EAPL3527RA2

EAPL3527RA2 is a LED discret indication solution designed to suit various applications. These LED indicators are powerful, yet very energy efficient. The product features a 3.5 mm diameter size and is rated at 50 mA forward current. Its ultra-low power consumption design optimizes energy efficiency to deliver superior luminous flux and color temperature over its life time. Intended applications of EAPL3527RA2 includes power supply, data communication, automotive LED display, home appliance LED display, industrial LED display and light engineering LED display.

The working principle of EAPL3527RA2 LED discret indication is based on semiconductor technology. The chip within the LED is the main component that controls the power conversion and the light emitted from the LED. These chips create current paths when forward voltage is applied across the chip contacts. The color of the light is determined by the material used for the chip. The phosphors inside the chip emit light when electricity passes through it and the color of the light can by tuned by adjusting the concentration of phosphor particles inside the chip.

EAPL3527RA2 also features an improved dimming technology. This technology improves the response time of the LED, while optimizing the energy efficiency and color fidelity. Furthermore, the design of the product also allows for superior reliability in terms of temperature cycling and humidity. The EAPL3527RA2 also includes a special built-in timer to ensure power off after the specified duration.

Overall, the EAPL3527RA2 represents a great solution for a variety of applications, due to its superior performance, energy efficiency and dimming capabilities. It is widely used in many applications such as automotive, power and industrial lighting. The product is also RoHs-compliant and CE-approved, making it certified for use in Europe and other regions. This product provides a cost effective, reliable, highly efficient and low-maintenance LED discret indication solution for any lighting application.