N42182-S2

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N42182-S2 is a type of LED chip which has gained a reputation for its high performance. It is a top-binned product, meaning that it has undergone extensive testing to ensure that it meets manufacturing and operational expectations. The N42182-S2 LED chip is mainly used in LED lighting applications, such as COBs, Engines, and Modules. This article will explore the applications and working principle of the N42182-S2 LED chip.

COBs
COBs, an acronym for “chip-on-board”, refer to LEDs that are integrated on top of a thin substrate material. This substrate is placed onto a board that contains a microcontroller or other integrated circuitry. The COB LED is then mounted onto the same board, and is connected through dedicated wiring. Each LED chip on the board is typically controlled by its own dedicated circuit. The N42182-S2 can be used in many types of COB LED applications, such as flood lights, architectural lighting, and decorative lighting. This LED chip is well-suited for COB applications due to its high power efficiency and light output.

Engines
LED engines, which are assemblies of components like the LED chip, heat sink, and power supply, are used in various lighting applications, such as street lights and ceiling lights. The N42182-S2 LED chip is a popular choice for lighting engines due to its high efficiency, long life, and light output. The other components of the engine, like the heat sink and power supply, work together to provide an efficient, reliable, and long-lasting lighting solution.

Modules
LED modules are sets of LEDs that are typically mounted on printed circuit boards. They are often used in applications such as panel lighting, task lighting, and accent lighting. The N42182-S2 LED chip is a great choice for LED modules due to its high power efficiency and light output. The LED module can be tailored to the specific needs of the application by adjusting the LED chip’s current and voltage.

Working Principle
The N42182-S2 LED chip works by converting electrical energy into visible light. When the LED is connected to a power supply, electrons cross the p-n junction between the n-type and p-type layers of the chip. These electrons then recombine with the other holes in the p-type layer, releasing energy as photons in the visible spectrum. The amount of energy released is determined by the current and voltage applied to the LED chip.

The N42182-S2 is a high-performance LED chip used in various lighting applications. It is suited for use in COB LED applications, LED engines, and LED modules. The LED chip works by converting electrical energy into visible light, releasing the energy as photons in the visible spectrum. It is an efficient, reliable, and long-lasting chip that can be tailored to meet the specific needs of the application.

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