CHM-14-50-80-36-AA10-F3-3

LED Lighting - COBs, Engines, Modules – CHM-14-50-80-36-AA10-F3-3 Application Field and Working Principle

Light-emitting diode (LED) lighting is rapidly becoming the most preferred choice of lighting options due to its energy efficiency, long lifespan and low maintenance requirements. The rapid growth of LED lightings has necessitated the development of different variants and their end-applications. Among of these, CHM-14-50-80-36-AA10-F3-3 LED is the one of the most used source of lightings for its unique desired qualities. This article outlines the application field and working principle of CHM-14-50-80-36-AA10-F3-3 LED.

Application Field of CHM-14-50-80-36-AA10-F3-3 LED

The CHM-14-50-80-36-AA10-F3-3 LED is one of the best engineered devices that is suitable for a range of application areas. The device is best suited for commercial applications such as street and area lighting, commercial facility lighting and floodlighting. In addition, it is also suitable for industrial applications to include hazardous locations, such as oil and gas, petrochemicals and power plants. CHM-14-50-80-36-AA10-F3-3 LED is also applicable to residential applications, such as facade and landscape lighting, security lighting and home decoration.

Working Principle of CHM-14-50-80-36-AA10-F3-3 LED

The working principle of the CHM-14-50-80-36-AA10-F3-3 LED is quite basic yet effective. The light is produced using a combination of a semiconductor material, consisting of at least two different elements, known as the ‘Junction’. This junction is responsible for the movement of electric current by controlling the flow of electrons. Every time an electron passes through this junction, it emits an amount of energy in the form of light. Furthermore, the light intensity is determined by the controlling element of the electric current, the voltage.

In CHM-14-50-80-36-AA10-F3-3 LED, energy is both conserved and dissipated. The energy that is given off is in the form of heat, while the energy that is conserved is in the form of visible light. However, this is not the case with all LED lights. Some LED lights exhibit more energy dissipation than conservation. This process is known as thermal runaway, resulting in an increase in the internal temperature of the LED, thus reducing its lifespan.

The efficiency of CHM-14-50-80-36-AA10-F3-3 LED is majorly determined by the quality of the semiconductor materials and the circuit design that is used to control the electric current. CHM-14-50-80-36-AA10-F3-3 LED is a low-powered device and its efficiency is high, which demonstrates its long-term stability and reliability. In addition, it has a good color rendition index and is available in different wattages.

Conclusion

CHM-14-50-80-36-AA10-F3-3 LED is a low-powered device and one of the best engineered LED lights in the market. It is best suited for commercial, industrial and residential applications such as facade and landscape lighting, security lighting, hazardous locations and home decoration. The working principle of CHM-14-50-80-36-AA10-F3-3 LED is based on a combination of semiconductor materials, which forms the junction, and the circuit design that is used to control the electric current. The efficiency of CHM-14-50-80-36-AA10-F3-3 LED is also high, due to its low power usage and color rendition index.