B011-E2RED-P2

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LED Lighting – COBs, Engines, Modules – B011-E2RED-P2 Application Field and Working Principle

COB LED lighting components are a new and evolving field of LED lighting technology, including LED Chip-On-Board (COB) components, LED engines, and LED modules. Utilizing a COB-based lighting solution allows for massive amounts of light to be emitted without requiring a large number of individual LED chips, resulting in a system that operates more efficiently and reliably while taking up a smaller space. Among the leading COB-based lighting components is the B011-E2RED-P2 from Epistar, EPILEDS Lighting Technology Corporation. This article will cover the application field and working principle of the B011-E2RED-P2.

The B011-E2RED-P2 from Epistar is a high-power, temperature-resistant LED chip, designed to provide a stable light output in a wide range of temperatures. It features a multiple chip design that combines all necessary elements in one package, allowing for a higher efficiency and better thermal management. The B011-E2RED-P2 is an example of a COB-based lighting system, which is a type of LED that consists of multiple LED chips arranged in an array on a single printed circuit board (PCB). This design reduces the number of components and cables, while simultaneously providing brighter light and higher energy efficiency, making it an ideal solution for a variety of lighting applications.

The B011-E2RED-P2 is a large, high-power LED chip that is suitable for applications that require intense illumination, such as industrial lighting, automotive lighting, and theatrical lighting. It offers an 80-watt power output, a wide viewing angle of 160-degrees, and a thermal management system for higher efficiency and reliability. This allows for a high and stable light output over a wide range of temperatures, and with a compact form factor, it is suitable for applications where space is limited.

The working principle of the B011-E2RED-P2 is based on an LED chip with a built-in driver. The LED chips are connected to the driver in a series configuration, and when a voltage is applied to the terminals, an electric current is run through the chips and is converted into light. The chips are precisely arranged in an array layout, and each LED chip is connected to its neighbor via a bond wire. This allows for the current to be spread out evenly and allows the LED chips to run cooler and more efficiently. The chips are also surrounded by a heatsink, which helps to dissipate some of the heat produced by the LEDs.

The B011-E2RED-P2 is an ideal solution for lighting applications that require high output and wide viewing angles. Its multiple chip design allows for better thermal management and higher efficiency, while its compact form factor makes it suitable for applications where space is limited. With its durable design and temperature-resistant properties, the B011-E2RED-P2 is a reliable and efficient solution for a variety of lighting applications.

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