Modern technology has been devoted to the research of LED light source in recent years, and has a very accurate understanding of different parameters. LED uses the principle of electron flow to excite light, and static electricity has a great influence on electrons. If the SMD LED light-emitting diode cannot effectively resist static electricity, the light source cannot operate normally, and even cannot be put into use. It is for this reason that the anti-static ability is included in the parameters of the LED light-emitting diode.

For different light sources, the antistatic ability is also different. The main reason is that the requirements for the light source for indication are relatively low, and the light source used for home lighting may require better antistatic ability. According to this parameter, a test was carried out on different lamp beads produced by the product, which proved that the different types of LED light-emitting diodes produced by the product can well meet the anti-static ability of low-power LED light-emitting diodes.

LED light-emitting diodes have advantages over other light-emitting devices. To sum up, LEDs have the following advantages:

LED light-emitting diodes are small, light, and resistant: this is also the inherent characteristic of semiconductor solid-state devices. Color LEDs can produce various types of clear and delicate display devices.

Low power consumption of LED light-emitting diode: LED light-emitting diode is a low-voltage working device, so under the same brightness, the power consumption is the smallest, which can greatly reduce energy consumption. On the contrary, the development of technology and materials will have higher luminous efficiency. People do After calculation, if all the lighting fixtures in Japan are replaced by LEDs, two large power plants can be reduced, which is very beneficial to the environmental protection of the infrared emission tube.

LED light-emitting diodes have a long working life: LED as a conductor solid-state light-emitting device, it has a longer working life than other light-emitting devices, and the brightness of semi-in-line LED light-emitting diodes can usually reach 100,000 hours. The life of the car lamp is much longer than that of the car body, and it has the characteristics of no repair and replacement for life.

The response time of LED light-emitting diodes is also fast: LEDs can generally respond within tens of milliseconds, which is also unmatched by other light sources. The use of LEDs to make high-level brake lights for automobiles greatly improves the safety of automobiles at high speeds. Light sources made with led light-emitting diodes do not exist such as water.

LED light-emitting diodes are easy to dim. Color and controllability are large: LEDs are used as infrared receivers as a light-emitting device. The brightness can be controlled by changing the current flowing through it, and the color can also be changed and adjusted through the configuration of LEDs with different wavelengths. Therefore, the light source or display screen composed of LEDs, the application of LED light-emitting diodes is not limited by the scent in principle, and the plasticity is extremely strong, which can be extended arbitrarily to realize building block assembly.