JE2835AWT-00-0000-000A0UF945E

White LEDs, also known as phosphor-converted LEDs, are a type of LED lighting that provides a broad spectrum of light, from cool white to warm white, and has a wide range of applications. The JE2835AWT-00-0000-000A0UF945E model is an example of one such LED lighting product. This article will discuss the application field and working principle of the JE2835AWT-00-0000-000A0UF945E LED light.

White LEDs, as the name implies, are composed of raw LEDs which are converted into a white light emitting diode. In the case of the JE2835AWT-00-0000-000A0UF945E, a blue LED is encased in a phosphor diffusing element that transmits a broad spectrum of light from cool white to warm white. This LED type is able to emit light in the visible spectrum across a range of wavelengths, making it suitable for general lighting and for multiple specialized lighting applications.

The broad range of applications of the JE2835AWT-00-0000-000A0UF945E includes backlighting of LCDs, lighting in decorative fixtures, street lighting, automotive lighting, automotive interior lighting and so on. The efficacy and luminous flux of this LED model are relatively high, making it ideal for illumination in general lighting because it provides a high flux of bright light. Furthermore, it is also suitable for certain applications that require narrow light beams, such as inspection applications and medical treatments.

The working principle of white pumps is based on the principle of electroluminance, i.e. the conversion of electrical energy into light energy. The JE2835AWT-00-0000-000A0UF945E consists of a blue LED which is surrounded by a phosphor diffusing element. The blue LED emits photons which are then absorbed by the phosphor coating, causing it to emit a broad spectrum of light. This light emitted is then projected onto a surface for illumination.

In conclusion, the JE2835AWT-00-0000-000A0UF945E white LED is a versatile type of LED lighting which can be used in a wide range of applications. It has a high efficacy and luminous flux which makes it suitable for general lighting applications. Furthermore, its wide range of wavelengths makes it suitable for specialized applications which require narrow beams of light. Finally, its working principle is based on the principle of electroluminance, wherein electrical energy is converted into light energy.