H-131C-2-160

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LED stands for light-emitting diode, and it’s commonly used in a variety of applications. The H-131C-2-160, a type of LED, has many applications and a unique working principle.

Applications

The H-131C-2-160 is often used as a spacer or standoff in electronic components. It is designed to take the strain off of components that need more space for assembly, such as motherboards and circuit boards. This spacer can also hold components in place and provide insulation against heat and electric shock.

Additionally, the H-131C-2-160 can be used as an LED in many applications. Its small size allows it to be used in tight spaces, such as underneath a computer keyboard or even inside devices such as cell phones. In addition to its size, it is also very bright, making it ideal for tasks such as illuminating dashboards or providing backlight for displays.

Working Principle

The H-131C-2-160 LED is unique in its working principle. Much like traditional LEDs, it uses an electric current passed through a semiconductor material to generate light. However, the H-131C-2-160’s design is more efficient, as it uses mirrors to direct the light produced in a single direction. This allows for more light output with less energy input.

In operation, the current is passed through the small metal wires connected to the LED. This energy excites the semiconductor material inside the LED, causing it to emit light. The mirrors then focus this light in a single direction, increasing the brightness and efficiency of the LED.

Conclusion

The H-131C-2-160 is a versatile LED with many applications. It can be used as a spacer or standoff in electronic components, as well as for various lighting tasks such as illumination and backlighting. Its unique design and efficient working principle also make it a great choice for any application where space and efficiency are important.

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