LEDs have become essential to the development of modern lighting technology over the past several decades. Their unique properties, from energy efficiency to infinite design possibilities, have made them the illumination of choice in many applications and markets. For an even higher performance and greater flexibility, designers and engineers have increasingly turned to LED COBs, Engines, and Modules.

104990027 – LED COBs, Engines and Modules

LED COBs, also known as LED Chips on Board, are the highest LED performance level available. LED COBs provide the highest levels of lighting output, efficiency and lifetime while also delivering highly precise, low-glare lighting of up to 90 lumens per watt. LED COBs offer several advantages over traditional LED lighting solutions, such as higher power and better heat dissipation, superior lighting color characteristics and additional protection from environmental conditions such as moisture and dust.

LED Engines and Modules are the second highest LED performance level after LED COBs. These two form factors take a modular approach to LED lighting design by combining modules such as LED drivers, LED thermal management, LED optics, LED sources, LED electrical interconnects, LED wiring and LED power conversion components into a single unit. LED Engines and Modules are compact and easy to install, making them highly suitable for a wide range of commercial and residential applications.

104990027 Application Field and Working Principle

104990027 LED COBs, Engines and Modules are used in various applications ranging from general illumination and decorative lighting to office lighting and medical lighting. The most common uses include street lighting, parking garage lighting, street lighting, high bay lighting, residential and commercial area lighting, tunnel lighting, and many more.

104990027 LED COBs, Engines and Modules are designed with specific circuitry to effectively manage the electricity that’s used to power them. This circuitry consists of several components such as diodes, resistors, capacitors and transistors, which act as a kind of “middleman” between the electrical power and the device itself. The circuitry provides the device with the stability and efficiency it needs to work properly and efficiently.

These three form factors allow for greater flexibility in design, faster installation and simpler maintenance, due to their modular design. This makes them easier to implement in a wide range of applications and can also greatly reduce lifecycle costs.

Conclusion

LED COBs, Engines and Modules are the cutting edge of LED lighting technology. They offer superior lighting performance, greater efficiency, longer lifetime, and higher stability while also providing design flexibility and quicker installation. Their modular design has made them invaluable tools in the pursuit of energy-efficient and cost-effective LED lighting solutions while providing an intuitive, user-friendly platform to build and customize lighting solutions that fit any space.