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LED Lighting - COBs, Engines, Modules

Light-emitting diode (LED) technology has come a long way since being first invented in the 1940s. Initially used only as indicators, general-purpose and specialty LEDs are now capable of producing a wide range of lighting applications, owing to the vast advances in LED technology. 99040 LED lighting make use of cycles of overlapping, radiant heat and light waves away from their source material, dispersing light in a very uniform, efficient 360-degree specimen. For this reason, LED lighting has become increasingly popular as an energy-efficient, low-maintenance, and safe option for commercial and industrial applications.

Types of LED Lighting

LED lighting is available in a range of shapes, sizes, and designations. Common types of LED lighting include:

• COBs: A COB, or “chip on board”, is a multi-die component containing several LED chips bonded to a heat sinking base. This design makes them an efficient and powerful choice for many large-scale lighting applications.
• Engines: Engines are a combination of an LED light source and its associated optics that are meant to work together in a specific application or space. These components may include a power supply, control circuitry, supporting optics, and a driver.
• Modules: Modules are light sources and typically contain only the LED combined with its light-emitting technology and supporting reflector. They are used to provide light in narrow and concentrated beams to precisely illuminate areas.

99040 Application Field and Working Principle

99040 COBs are used in a variety of applications featuring high power, high performance, and a homogeneous light output. Using an advanced core technology known as the multiple-die architecture, 99040 COBs are able to provide a lighting performance solution with up to 8 times more efficiency than traditional LED chip-on-board products. In addition, this advanced multi-die architecture helps to eliminate the luminance variation, increasing the luminous uniformity.

The 99040 LED COB uses an advanced lithography method that allows for larger LED chips with fewer LED components. This greater LED chip density increases the power consumption while reducing the number of LED components, creating a higher wattage and higher lumens per watt. At the same time, the 99040 LED COB optimizes its power consumption to provide a more efficient and stable luminous output.

The 99040 LED COB works by converting electrical energy into optical radiation. The LEDs emit an optical radiation in a visible form, which is converted by an internal lighting system into a light having a controlled pattern or intesity. The radiation is then released and directed in a uniform manner. The 99040 LED COB is engineered with a 6-layer design, which makes it perfect for applications that require high light output efficiency with low thermal resistance.

The 99040 LED COB has become a popular choice for applications that require high light performance, such as architectural and construction lighting, automotive lighting, stage lighting, and industrial lighting. The 99040 LED COB is built to last and can work as a key component in fixtures of any size, as it is designed to work with standard LED power supplies and drivers.

Conclusion

The 99040 LED COBs are an efficient and powerful choice for large-scale lighting applications, featuring a multi-die architecture that helps to eliminate the luminance variation and increase its luminous uniformity. 99040 LED COBs also work by converting electrical energy into visible light and are perfect for applications that need high light output efficiency and low thermal resistance. This makes them a popular choice for automotive, stage, and industrial lighting applications.

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