XHP70A-0L-04-0D0HM227G

LED lighting is becoming increasingly widespread, gaining acclaim for its low energy consumption, its long life, and its flexibility in controlling the light. For certain applications however, a specialised module or component is required to achieve a specific effect. The XHP70A-0L-04-0D0HM227G is one such component, designed for applications such as lighting, general signal lighting, and backlighting.

The XHP70A-0L-04-0D0HM227G is part of the family of LED COBs (chip-on-board assemblies) that aim to lessen the number of components needed by incorporating the lighting element, LEDs (light-emitting diodes), directly onto or into the substrate or reflector. This type of LED module provides an ideal solution for applications with stringent size requirements such as thin backlight assemblies, due to its reduced thickness compared to traditional LED arrangements.

The XHP70A-0L-04-0D0HM227G offers an extremely high light output at up to 4000 lumens. It also has a frequency range of 10-20 KHz and a high power factor, making it possible to drive the LED lighting with a range of different power inputs from AC to DC. In addition, its ability to be dimmed to 1%, without any sudden flickering, and to provide uniform illumination of all LED points gives it an advantage over other LED modules.

The XHP70A-0L-04-0D0HM227G’s working principle is based on the basic phenomenon of light emitting diodes. When electrons of a semiconductor material hit a photon or the energy barrier, they are ejected and create the effect of a light source. The chip-on-board design of the XHP70A-0L-04-0D0HM227G further enhances this effect by maximizing the light output and reliability of the assembly. The chip-on-board also serves to prevent clustering and glare, as the light is evenly distributed across all of its points.

Using the XHP70A-0L-04-0D0HM227G, modern LED lighting designs can be made stronger and brighter than ever before. With its high power factor, this LED module can be used in virtually any application, whether it be lighting, backlighting, or signal lighting. Its lightweight, low-profile design, and high light output make it an ideal candidate for tough, energy-efficient LED lighting systems.