H-300C-2-100

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LEDs (Light Emitting Diodes) are a type of low-energy lighting technology. The H-300C-2-100 is an example of one of these LEDs. The device is made up of two main components, the spacer and the standoff.

The spacer is a cylindrical shape made from a metallic material and is designed to mount the LED on its side within a specific area. It helps to increase the amount of light emitted from the LED by maintaining the correct distance between the LED and the external enclosure.

The standoff is a hollow tube made of a non-metallic material, typically plastic or rubber. It is designed to hold the LED firmly in place and prevent it from moving from its designated location. The standoffs also protect against any potential electric shock from the LED, as it acts as an insulator.

The H-300C-2-100 is ideal for applications that require an efficient illumination in a small area. The device is commonly used in lighting systems such as under cabinet lighting and in electric signboards. It is an energy efficient and cost effective method of providing illumination in small spaces.

The working principle behind the H-300C-2-100 is simple. The LED emits light when current is applied to the two leads. The two standoffs and spacer are used to control the direction and angle of the emitted light, making it easier to direct the light into an area that requires illumination.

The H-300C-2-100 is an efficient and economical means of illumination for small locations and applications. The spacer and standoff provide maximum support and stability for the LED, making it a reliable and long lasting source of light. The efficient working principle ensures that the device can provide a high degree of illumination without consuming a high level of energy.

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