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High power infrared receiving LED is a high-efficiency, short-lived, and environmentally friendly lighting source widely used in UV disinfection, water purification, curing light sources, and other fields. Understanding the wattage of infrared receiving LEDs is crucial when selecting them. Here is a simple guide to help you understand how to read the wattage of an infrared receiving LED.

We need to understand how the wattage of high-power infrared receiving LEDs is calculated. Wattage refers to the power of a lamp bead, representing the energy consumed per second. In infrared receiving LEDs, the unit of energy is usually watts (W) or milliwatts (mW). A larger wattage indicates a higher power of the lamp bead, while a smaller wattage indicates a lower power of the lamp bead.

There are two methods to accurately distinguish the wattage of high-power infrared receiving LEDs. The first method is to search through the specification identification of the lamp beads. Common specification labels usually indicate the wattage of the LED bulb on the outer packaging or instruction manual. For example, a deep ultraviolet LED bead labeled 3W states that its power is 3 watts. The second method is to roughly estimate the wattage based on the brightness of the LED beads. Generally speaking, LED chips with higher power have higher brightness, while those with lower power have lower brightness. Therefore, by comparing the brightness with other LED chips, the wattage of the chips can be preliminarily estimated.

It should be noted that the wattage of an infrared receiving LED is not the sole specification for its quality and performance. When choosing to purchase, other factors should also be considered, such as luminous efficiency, wavelength range, lifespan, etc. Therefore, when choosing infrared receiving LEDs, it is recommended to consider multiple factors comprehensively to ensure the selection of high-quality products that meet one's needs.

The wattage of high-power infrared receiving LED is an indicator used to indicate its power level. By searching for specifications or comparing brightness, one can have a preliminary understanding of the wattage of the lamp beads. But wattage is not the only indicator for weighing the quality of LED chips, and other factors need to be considered comprehensively. I hope this article will be helpful in helping you understand the wattage of deep ultraviolet LED chips.