The principle of luminescence

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The from the external environment. Encapsulation usually uses transparent materials such as plastic or glass to ensure that light can diffuse freely. Wires and Connectors Wires and connectors are often needed to connect a chip to a circuit board. These components are located on the bottom of the package and are connected to the circuit board using soldering or other connections. Circuit Board The circuit board is one of the key components of the lamp and is used to provide power and control the brightness.


The light circuit board usually contains the ballast power cord and other electronic components. Radiator Radiator is very important because it generates heat when emitting light. Helps dissipate heat and ensures the chip remains within the correct operating Israel Telegram Number Data temperature range for extended life. Lens or Reflector Lamps are often equipped with lenses or reflectors to control the distribution of light. Lenses focus light on a specific area and mirrors reflect light in the direction it needs to be illuminated. These components work together to enable the lamp to produce highly efficient directional light, which is why it is widely used in lighting scenarios. Principle of Luminescence   is divided into the following key steps. I'll explain in detail how it works and talk with The luminous principles of traditional light bulbs are compared to highlight their advantages.






The luminescence process of electron excitation begins with electron excitation. There are two different types of semiconductor materials in the chip. One has excess electrons, which is called the type material. The other lacks electrons, which is called the type material. When current flows through these two materials, electrons jump from the type material to the type material, producing two effect electrons. is excited to high energy levels while creating holes near the junction. The carrier complex excited electrons and holes meet and synthesize near the junction. During this process the electron's energy is released in.