SI-N8U4012B0WW

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LED Lighting encompasses a very broad range of applications, spanning from residential and office spaces to automotive, industrial, and semi-conductor applications. Amongst the wide variety of LED lighting options available, COBs (Chip-on-Board), Engines, and Modules are increasingly gaining traction in their respective fields. The SI-N8U4012B0WW is an example of a COB designed to partially bridge the gap between LED lighting components and LED lighting systems. For this reason, it offers a compelling combination of features and specifications.

A Chip-on-Board, or COB, is a multi-die Led light emitting semiconductor. COB LEDs utilize semiconductor integrated circuit dies that are bonded directly to a substrate which reduces the height profile of the die significantly. This allows for a higher degree of freedom and leads to efficient heat transfer. The SI-N8U4012B0WW, in particular, is built around a 40-watt lamp, with a lumen output range between 1000 and 1200 and a cutoff voltage of 44V. It has a yield current of 1000mA, a CRI of 80Ra, and a color temperature of 5500K. Additionally, it has a form factor of a 50mmx33mm.

The SI-N8U4012B0WW\'s application field expands far beyond general residential and office lighting. It is a popular choice among manufacturers of street lighting systems, downlighting, stage lighting and architectural lighting. Due to its incredibly versatile design, it is exceptionally well suited for both outdoor and indoor environments, and its luminaire fitting can be customized to fit any existing fixture.

The SI-N8U4012B0WW can prove to be an invaluable asset to any lighting system as it is designed to sustainability, with features such as a patented secondary heat sink, stable temperature, and high efficiency heat dissipation. This COB also offers a wide range of customization options. Its CCT, CRI, and color uniformity can all be adjusted, making it a great option for applications with specific requirements.

The SI-N8U4012B0WW\'s working principle is fairly straightforward. It does not require any special wiring or components for its operation and it is able to work effectively with minimum input. It incorporates a multi-die surface mount device with various electrical and mechanical components, such as a heat sink and a fan, which are all encapsulated in one integrated package.

Due to this design, the SI-N8U4012B0WW is capable of efficiently dissipating heat, resulting in a significant reduction in failure rate while allowing for increased levels of safety and reliability. Additionally, its optical and thermal efficiency is enhanced further with the addition of a diffuser at the front of the housing and LED down-lighting lens. The SI-N8U4012B0WW also incorporates an intelligent power management circuit which is able to automatically adjust its working current based on the environmental conditions, resulting in an average lifespan of up to 50,000 hours.

In conclusion, it is clear that the SI-N8U4012B0WW has a wide range of applications and a robust working principle. Its efficient heat dissipation, customizable design, and intelligent power management make it an ideal choice for lighting projects across various industries. It is no wonder that the SI-N8U4012B0WW has earned immense popularity amongst LED lighting professionals and its use is only expected to increase in the near future.

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