SSF-LXH475IIIYD

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The SSF-LXH475IIIYD is an LED circuit board indicator, array, light bar and bar graph component utilized in LED-based lighting systems. It is a high power LED component that is made up of a 10 watt Cree XLamp XHP-50 LED package that is tailored for higher brightness and efficiency. It has a wide viewing angle of about 120 degrees and can be used for applications where a wide viewing angle is necessary. Its maximum power dissipation is 5 watts and it has a high efficiency with more than 96% conversion of electrical to light power.

Application Field

The SSF-LXH475IIIYD is utilized in a wide range of lighting applications. It can be used as a backlight or side light source in LCD / OLED displays such as smartphones, tablets and TVs, or as a light source in automotive interior or exterior lighting, or as an emergency or accent lighting in buildings, parks and retail spaces. It is also ideal for use in sign boards and light boxes, or as a light source in spotlights. Thanks to its high efficiency, the SSF-LXH475IIIYD is also used in digital signage and billboard lighting.

Working Principle

The SSF-LXH475IIIYD uses a direct current-driven LED package for lighting up LED boards. It has three pins, i.e. Anode, Cathode and Vcc, wherein the anode is connected to the power source and the cathode is connected to ground. A voltage is applied across the SSF-LXH475IIIYD and as the current passes through it, it excites the electrons in the LED package to move, emitting photons in the visible spectrum. This process is known as Electroluminescence (EL) or LED light.

The LED package utilizes the phosphor to convert incoming light of certain wavelengths (blue) into a light with a higher rate of emission at different wavelengths (wall of color). This is due to the different wavelengths of the phosphor particles. On the contrary, OLEDs rely on the Light Emitting Diode itself, as the OLEDs contain separate emitters for each primary color of light.

The SSF-LXH475IIIYD is designed with features to minimize thermal loss. It has a super-wide viewing angle for better light distribution and a thermal copper layer for better heat dissipation. It also has a low profile design that is optimized for fitting into narrow spaces.

Conclusion

The SSF-LXH475IIIYD is an advanced lighting component that is optimized for higher efficiency and brightness. It is used in a wide range of lighting applications where high power and wide viewing angles are necessary. Its three pins make it easy to incorporate it into existing light systems and its low profile design helps to keep the board size small. With its excellent thermal properties and efficiency, it is an ideal choice for applications where brightness and efficiency are essential.

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