BXRB-27E0540-A-00

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LED lights are becoming increasingly common in the modern world as they are said to be much more energy-efficient than traditional bulbs. Amongst the various types of LED lighting, COB stands for “Chip On Board” and refers to how the LED chips are integrated and mounted on a board instead of being placed inside a single package. The BXRB-27E0540-A-00 is an example of such type of LED lighting solution. This article will take a look at the various application fields and working principles of this LED device.

The BXRB-27E0540-A-00 consists of high power LED die, phosphor, encapsulated package, and a filament. It also has optical lens as to enhance the emission of light from the LED. It is capable of delivering between 2000 to 3000 lm of light at a voltage of 14V. The LED device can also operate at different temperatures, with its range being from -40 ºC to +80 ºC.

One of the most common applications of the BXRB-27E0540-A-00 LED device is in LED door lights. LED door lights are normally installed in automobiles, motorcycles and other vehicles to provide lighting in and around the vehicle. They are typically mounted on the side view mirrors and feature a single LED inside. The BXRB-27E0540-A-00 LED device can be used to produce a much brighter and efficient light than normal LED door lights, making it an ideal choice for such applications.

The BXRB-27E0540-A-00 LED device can also be used in street lighting. This type of lighting normally involves using high-output LED packages and light fixtures to illuminate roads, highways and walkways. The BXRB-27E0540-A-00 LED device can be used to produce an efficient and bright light source for these applications. This makes it one of the best solutions for street lighting.

Another application of the BXRB-27E0540-A-00 LED device is in architectural lighting. Commercial buildings, malls and other public spaces require adequate lighting in order to make their premises more attractive and welcoming. The BXRB-27E0540-A-00 LED device can be used to provide ample lighting in such places to create an aesthetically pleasing look.

The working principle behind the BXRB-27E0540-A-00 LED device is based on the Four-layer structure of the LED device. This consists of the LED die, phosphor, encapsulated package, and a filament. The LED die which is integrated into the device emits light when a voltage is applied. The phosphor then disperses the light produced by the LED die across multiple angles and directions. The encapsulated package surrounding the LED die and filament prevents heat from dissipating from the device. Finally, the filament helps to protect the LED die from the effects of external elements such as heat, moisture and dust.

In conclusion, the BXRB-27E0540-A-00 LED device has a wide range of applications in various fields ranging from door lighting to street lighting and architectural lighting. The device is known for its superior efficiency, reliability and wide voltage range. By understanding its working principle, we can gain a better appreciation of the various advantages that this LED device offers.

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