LXS9-PW27-0024N

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LED lighting is the use of Light Emitting Diodes (LEDs) to provide illumination in various indoor, outdoor and safety applications. LED lighting has unique design and durability benefits, energy efficiency and longer life. One of the most popular LED lighting product is LXS9-PW27-0024N. In this article, we will discuss the application field and working principle of LXS9-PW27-0024N.

LXS9-PW27-0024N belongs to LED Lighting - COBs, Engines, Modules. As its product model indicates, LXS9-PW27-0024N is a type of Chip-on-Board module, offering superior performance in comparison with traditional LED bulbs, with ultra-high luminous efficiency achieving up to 90lm/W. It is designed to be used in lamps, displays, and general lighting fields, such as streetlights and wall lights. This module is very slim, slim enough to fit in tight places in area lighting and narrow spaces in spot lighting.

The main component in LXS9-PW27-0024N is a Metal Core Printed Circuit Board (MCPCB). It acts as a heat sink, helping to dissipate the LED\'s heat better, in turn extending the LED’s lifetime. The board is equipped with Double Gold Plating to protect the product from corrosion, which helps to prolong its useful lifespan.

In terms of energy efficiency, LXS9-PW27-0024N module consumes only 18W and can achieve the same performance as competing products that use 30W-50W. Beside the superior energy efficiency compared to traditional lighting, it also offers users the advantages of rapid start times, no flickering, and no warm-up as traditional lighting.

The operating principle of LXS9-PW27-0024N is based on a simple electronic circuit. An AC current is applied to the module, which is then rectified by a combination of a bridge rectifier and a capacitor. It is the rectifying effect of the combination of the bridge rectifier and the capacitor that allows the current to flow in one direction through the components. It also allows for the direct connection between the AC current source and the LEDs in the module.

The rectified current flows through the LEDs, which have a relatively low forward voltage. This means that the current will be split between the LEDs, resulting in them having different voltages depending on their individual characteristics. This voltage difference is converted into light energy, which is then emitted by the LEDs. This process is repeated thousands of times per second and produces a large amount of light energy.

The main advantage of LXS9-PW27-0024N module is its superior energy efficiency, ultra-bright output and its general lighting purpose. The module can also be used in many applications that require a high degree of illumination without generating an excessive amount of heat. It is suitable for many industrial, commercial, and municipal lighting applications, as well as for residential lighting. It is a very cost-effective way to illuminate places and can save energy in comparison with traditional lighting.

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