CHM-14-40-70-36-AC10-F3-3

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LED Lighting technology is rapidly becoming the go-to choice for lighting applications across industries, in both commercial and residential applications. The CHM-14-40-70-36-AC10-F3-3 is a high-power LED module from a series of LED lighting products developed by Hosoda High-Tech. This module is an engine or COB (Chip-On-Board) that is capable of providing very high levels of illumination. In this article, we will look at the application field and working principle of CHM-14-40-70-36-AC10-F3-3.

The CHM-14-40-70-36-AC10-F3-3 is a highly efficient LED module that has a lumen density of up to 73. It can generate a wide range of colors from white, to variations of yellow, green and blue, making it an ideal choice for applications such as backlighting, lighting up displays, and general lighting needs. This module is also suitable for applications such as down lighting, accent lighting, and task lighting. This module is also a preferred choice for high-power applications, as it can withstand up to 36V input power, with a rated current of 10A.

The module has a long life-span and is capable of running at a maximum power of 70W with an astonishing efficacy of up to 135 lm/W. It\'s beam angle is 120°, and the color rendering index is over 80. This provides very good color accuracy and color renderings. The CHM-14-40-70-36-AC10-F3-3 module is available in cold white, warm white, natural white, and daylight white for various lighting needs.

The CHM-14-40-70-36-AC10-F3-3 is also very reliable, being rated for an operating temperature range of -40°C to +85°C. It also has a built-in over-current and over-temperature protection to ensure its safe operation, even in extreme environments. The module also has a long lifetime of up to 60,000 hours, making it cost-effective and long lasting.

The working principle of CHM-14-40-70-36-AC10-F3-3 is based on the same principles of other LED Lighting modules. It is powered by an external power source, which causes the electrons to flow from one P-type material to the other N-type material inside the module. The electron flow causes the creation of photons, which are then converted into visible light. The module controls the intensity and the wavelength of the light produced using the beams, reflectors and lenses, further maximizing its efficacy.

In conclusion, the CHM-14-40-70-36-AC10-F3-3 is an ideal choice for many lighting applications where a high level of illumination is required. It has a long lifetime, offers excellent color accuracy and is capable of operating under extreme environmental conditions. It has also been designed to be cost-effective, making it a preferred choice for many applications. Knowing its application field and working principle can help in making the right choice for any lighting need.

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