388L-B1

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Part Status:	Active
Lead Free Status / RoHS Status:	--

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There are many types of LED-based lamps available on the market today, and each one offers different advantages and disadvantages depending on their intended application and the hardware and software used to power them. One type of LED lamp that has become increasingly popular in recent years is the 388L-B1. This type of LED lamp offers the benefits of higher energy efficiency, better lighting quality, and more durability than standard incandescent bulbs. In this article, we will explore the 388L-B1 application field and working principle.The 388L-B1 LED lamp offers a number of advantages when used in application fields such as commercial, industrial, and residential lighting. One of the main advantages is that this type of LED lamp has a high energy efficiency of up to 90 lm/W which is much higher than the 55 lm/W of traditional incandescent bulbs. This means that it will use less electricity than incandescent bulbs, and so the user can save on their electricity bills. Additionally, the 388L-B1 LED lamp offers superior lighting quality when compared to traditional bulbs due to its higher color rendering index (CRI) and color spectrum. This means that it produces better and more accurate colors than traditional bulbs and so it is ideal for any application where the color of the light should be the same across all areas.Another benefit of the 388L-B1 LED Lamp is its superior durability. This type of LED lamp is rated for up to 50,000 hours of operation, which is significantly higher than the 1,000-2,000 hours of operation that is common for traditional incandescent bulbs. This means that in many cases, the 388L-B1 LED Lamp will outlast the traditional bulb which can result in significant reductions in maintenance and replacement costs in the long run. The lamp is also highly reliable, as it is resistant to vibration and shock, meaning that it performs consistently over its lifetime.The working principle behind the 388L-B1 LED Lamp is relatively simple. When the power is supplied to the lamp, a driving current is applied to the semi-conductor chips which converts the electric power into light emission. This conversion is achieved through a process called electrical-to-optical conversion, which is done by the LEDs on the lamp. The generated light is then diffused through the housing of the lamp and dispersed in the desired direction by its reflector.In conclusion, the 388L-B1 LED Lamp provides a number of advantages to users when it is installed in commercial, industrial, and residential lighting applications. These advantages include higher energy efficiency, superior lighting quality, and more durability than standard incandescent bulbs. It also has a relatively simple working principle behind its operation which helps to make it a reliable source for lighting.

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