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How does the temperature of the environment affect the pressure of the LED linear lamp body

time:2022-01-06 Views:28


    LED linear lamp light-emitting diodes are made of III-IV compounds, such as GaAs (gallium arsenide), GaP (gallium phosphide), GaAsP (gallium arsenide phosphorous) and other semiconductors, and its core is a PN junction. Therefore, it has the I-N characteristics of a general P-N junction, that is, forward conduction, reverse cutoff, and breakdown characteristics. In addition, under certain conditions, it also has light-emitting properties. Under the forward voltage, electrons are injected into the P zone from the N zone, and holes are injected into the N zone from the P zone. Part of the minority carriers (minority carriers) entering the opposing area recombine with the majority carriers (multiple carriers) to emit light.

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    Leadomei LED linear lamp manufacturers adopt new processes such as piping to ensure that the housing has good integrity, reliable sealing, waterproof and dustproof. It has good electromagnetic compatibility and will not cause electromagnetic interference to the surrounding environment. The overall heat dissipation of the lamp is good, which can reduce the probability of failure.

  When installing the LED line lamp brand line lamp, the easy problem is that the installation distance is too close to the object being illuminated. It is easy to cause the spot to gather and uneven transition. When choosing a line luminaire, it can only be used as a reference. Sometimes the projection distance of the line luminaire is not high enough, not because the power is not enough, often the optical lens is not done well. Please refer to the projection height of the field test when choosing line lamps.

    When it rains or snows, and when the lights are turned off, the temperature in the LED linear lamp body will drop sharply, and the sharp drop in temperature will cause an instantaneous pressure or even greater vacuum inside the lamp housing. At this time, air or moisture will sneak into the lamp body through the sealed gap and condense into water droplets. Once water droplets are generated in the sealed lamp body, it is not easy to be discharged. The water droplets that cannot be discharged for a long time will corrode the electronic components in the lamp body and seriously affect the life of the LED linear lamp.

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