CHM-6-27-95-27-XH20-F3-3

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Introduction to LEDs

Light-emitting diode (LED) lamps have been increasingly used as lighting sources since their invention. LEDs are small semiconductor devices which emit visible light when current passes through them.These devices can be used in many different fields from automotive operations to consumer products, lighting and security to wireless communication systems. LEDs are ideal for these applications as they are energy efficient, long lasting and have a small form factor.

CHM Series

CHM Series LEDs are one of the most popular types of LEDs available today. The CHM Series is a series of vertical LEDs and are made using advanced chip-on-board (COB) technology. This technology allows for multiple chips to be mounted on a single PCB, resulting in a higher light output per unit area than other LED types, such as SMD LEDs.The CHM Series LEDs come in six series: CHM-6-27-95, CHM-12-54-95, CHM-19-81-95, CHM-27-109-95, CHM-20-XH20, and CHM-3-F3. Each series has different characteristics that make them better for certain applications.

CHM LED Application Fields

The CHM LED range is versatile and can be used in a variety of applications, such as automotive lighting, commercial lighting, office equipment, home appliances, and more. The CHM-6-27-95 and CHM-12-54-95 series are typically used for low power applications as they are smaller and consume less power.The CHM-19-81-95 and CHM-27-109-95 series have higher power ratings and are used for higher power applications such as outdoor lighting, LED video walls, and architectural lighting. The CHM-20-XH20 and CHM-3-F3 series are the most powerful of the CHM LEDs and are used in industrial and high power applications.

CHM LED Working Principle

The working principle of CHM LEDs is relatively simple. When a current is applied to an LED, it emits light. This light is generated by the molecules of the diode material. The molecules convert the electrical energy into light by a process known as electroluminescence.The amount of light generated by the LED depends on the current applied and the characteristics of the material. Higher current results in more light being generated. However, too much current can cause the LED to overheat and fail.

Conclusion

CHM Series LEDs are an essential part of modern lighting solutions. They offer a range of sizes and power ratings, enabling them to be used in a variety of applications. The CHM LED range is particularly popular in automotive and commercial lighting systems, due to their energy efficient, small form factor and long lasting design. The working principle is relatively simple, and with the correct current, LED devices can be used for many years in a safe, energy efficient manner.

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