H-132C-2-160

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LEDs, or light emitting diodes, are basically semiconductors which emit visible light when a current is applied. LEDs are available in a variety of sizes, shapes, colors and efficiency ratings. H-132C-2-160 is one such specific type of LEDs with an application field and working principle which is explained ahead.

The application field of H-132C-2-160 LEDs comprises of standard spacing requirements, standoffs, and spacers. The devices facilitate spacing and alignment of components in compact designs as they provide a convenient and secure way of fixing components and devices on a board or in an assembly. The spacer or standoff alignment of the H-132C-2-160 LED makes it very easy to align and secure components on a printed circuit board or panel. The LED is one of the most popular LEDs for use in all kinds of designs.

The working principle of the H-132C-2-160 LED is quite simple. It produces a light emission when a current is applied to it. The LED is effectively an electrical component which is divided into two sections. The anode, which is the positive terminal, has a positive voltage applied to it. And the cathode, which is the negative terminal, has a negative voltage applied to it. When electricity passes through the anode and cathode, the semiconductor in the LED emits light that is visible to the human eye.

The intensity of the light produced by the H-132C-2-160 LED depends on the amount of current applied to it. It also depends on the number of turns in the coil, the size and design of the LED and the number of turns in the circuit. The range of applications of the H-132C-2-160 LED can vary from lighting to display applications and circuits. The main advantage of the LED is that it produces very low heat compared to other lighting sources.

The technology behind the H-132C-2-160 particles is based on the principle of aluminum gallium arsenide (AlGaAs). This metal–semiconductor alloy functions as a light emitting junction. The semiconductor of the LED consists of layers of metal aluminum, gallium and arsenic. The metal layer’s job is to provide electrical connectivity between the layers of the LED, while the arsenic acts as the source of light.

The combination of AlGaAs and the H-132C-2-160 LED is what makes up this device’s efficient working. This combination provides a much higher current efficiency and a much brighter LED than other LED types. The efficiency of the LED is also measured by its light output in lumens per watt or lumens per second. The average luminous efficiency rating of the H-132C-2-160 LED is around 30 lumens per watt.

In conclusion, H-132C-2-160 LED is a device suitable for standard spacing, standoffs and spacers. Its working principle is based on aluminum gallium arsenide metal-semiconductor alloy which generates light upon passing a certain electrical current. The LED is capable of providing superior light output in a variety of applications. It is considered efficient when it comes to light energy consumption which makes it an ideal choice for many applications from lighting to display applications.

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