5635D7

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LEDs, located on a circuit board, are one of the most popular lighting solutions used today in both industrial and consumer applications. LEDs have the advantages of being energy efficient, requiring very little energy to operate, and having a long life, which can last up to 50,000 hours. For these reasons, LEDs are often used in applications such as automotive lighting, computer peripherals, outdoor and outdoor security lighting, television backlighting, and general illumination in residential and commercial environments.

5635D7 Application Field

The 5635D7 series of extra flat LEDs are designed for indoor and outdoor applications. They provide a flat, diffused light source with a low profile design in both 3.2 and 4mm sizes. They are available in a variety of colors including red, green, and blue, and are designed for use in applications that require high brightness, high color saturation, and wide viewing angles. The industry-standard package for these LEDs is the 3535 SMD, which allows for both standard and custom designs. They are also suitable for applications in the industrial, consumer, and automotive industry.

5635D7 Working Principle

A light emitting diode (LED) is a semiconductor device that emits light when connected to a power source. LEDs are made of two different types of semiconductors, an anode and a cathode. When current flows through the LED, electrons recombine in the P-type semiconductor material to produce photons of visible light. The type of LED used in the 5635D7 determines the color of the emitted light. The LED is typically mounted on the circuit board, usually in a reflow oven using welding-temperature-resistant pastes, and is then connected by wires to the power source.

The brightness of the LED is determined by the amount of current flowing through it. If the current is too high, the emitted light will appear too dim. This can be adjusted by using a device known as a current-limiting resistor, which reduces the amount of current flowing through the LED. Although this process is extremely important in order to ensure that the LED operates safely, it does not affect the color of the emitted light.

Another important factor in LED performance is heat. LEDs generate heat when current is flowing through them, as does any electrical component. This heat must be dissipated by the use of a heatsink, as too much heat can damage the LED and reduce its lifespan. The 5635D7 series of LEDs come with an integrated heatsink and are designed to operate even under extreme temperatures.

Conclusion

The 5635D7 series of extra flat LEDs have been developed by Novastar Technology for a wide range of indoor and outdoor applications. They provide a flat, diffused light source with a low profile design in both 3.2 and 4mm sizes and are available in a variety of colors. The 5635D7 Series operates with a current-limiting resistor and an integrated heatsink in order to ensure both safety and longevity of the LED. With their energy efficiency, long life, wide viewing angles, and high brightness and color saturation, the 5635D7 Series are ideal for use in a variety of industrial, consumer and automotive applications.

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