SPHWHAHDNG2VYZU2D2

Temperature - Test:	85°C
Lens Type:	Flat
Light Emitting Surface (LES):	14.50mm Diameter
Height:	1.50mm
Size / Dimension:	19.00mm L x 19.00mm W
Features:	--
Viewing Angle:	115°
CRI (Color Rendering Index):	--
Current - Max:	1.84A
Lumens/Watt @ Current - Test:	117 lm/W
Voltage - Forward (Vf) (Typ):	34.6V
Series:	COB D Gen2
Current - Test:	720mA
Flux @ Current/Temperature - Test:	2907 lm (Typ)
Configuration:	Square
Wavelength:	--
CCT (K):	3500K 2-Step MacAdam Ellipse
Color:	White, Warm
Type:	Chip On Board (COB)
Part Status:	Active
Packaging:	Tray

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LED lighting has taken the world by storm in the last few years, providing an efficient and eco-friendly source of illumination. Fixed lighting systems, such as commercial lighting and spot lighting, have been revolutionized through the use of high power LEDs, with many other applications being explored as well. The applications of LEDs have been enabled by advances in technology, including the development of components called COBs (Chip On Board), Engines, and Modules. These components offer significant benefits for LED lighting systems, including improved heat dissipation, higher efficiency, and better reliability. In this article, we will discuss the applications of COBs, Engines and Modules, as well as their underlying working principles. COBs (Chip On Board) are one of the most widely used components for LED lighting systems. These are boards with a number of LED chips mounted on them, and they can contain up to hundreds of individual LEDs on a single board. The most common type of COBs are packaged in a ceramic-based design, where the LED chips are mounted onto a ceramic substrate and then coated with a reflective surface to improve efficiency. The chips are usually then wired together in series or parallel configurations, and the resulting board is then attached to a heat sink for cooling.COBs have been used in a wide range of applications, from commercial lighting to architectural lighting. In commercial lighting applications, COBs have proven to be extremely useful due to their high efficiency and low profile. Lighting designers are able to create highly efficient and uniform lighting fields, allowing them to create a wide range of dynamic lighting effects. In architectural lighting applications, COBs are proving to be an increasingly popular choice due to their relatively low weight and compact size.LED Engines are another type of component used in LED lighting systems. An LED engine is typically a small board that contains several LED chips, and is often powered by a DC power supply. The engine contains its own power management circuit, which is designed to optimize the performance of the LEDs. Engines are typically used in lighting systems that require high power output and stable performance, such as industrial and outdoor lighting systems.LED Modules are a specialized form of LED engine, and typically contain several LED chips wired in either a series or parallel circuit. Modules are designed for use in applications which require more precise control over the LED’s output, such as signage, stage and theater lighting, or architectural lighting. Modules are often designed with customizable parameters, allowing designers to take full advantage of their output and flexibility.The working principles of COBs, Engines and Modules all revolve around the same basic concept – controlling and managing the output of the LED chips in a lightweight, efficient, and reliable manner. The board is designed to provide optimal cooling and power management, which in turn allows the LED chips to reach their full potential. COBs, Engines and Modules are all designed to provide LED lighting systems with the performance, durability, and flexibility they need to be successful. In conclusion, the use of COBs, Engines, and Modules has been a major contributor to the growing popularity of LED lighting. These components offer significant benefits to lighting design, allowing users to create energy efficient, reliable, and eco-friendly systems. The high levels of efficiency and reliability provided by these components have allowed lighting designers to explore the limits of LED lighting applications. With advances in technology leading to further improvements in these components, the potential applications of LED lighting in the future are limitless.

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