L135-30800BHVDAAA0

L135-30800BHVDAAA0 application field and working principle

 

Light-emitting diode (LED) lighting is fast growing as an efficient, economical and environmentally friendly lighting solution. This is because LED lighting is highly efficient, durable, easy to install, safe to use and has no toxic emissions. LED lighting is especially popular in commercial and industrial settings where high-efficiency lighting is essential. LEDs have many applications, including automotive, medical and industrial. One such application is L135-30800BHVDAAA0, which is an LED lighting system used for general lighting in residential, commercial and industrial applications.

 

L135-30800BHVDAAA0 is an energy-efficient lighting system designed for general lighting in residential, commercial and industrial settings. The product utilizes a series of LEDs mounted on a heat sink and powered by a universal voltage source, such as 110V or 220V. Each individual LED emits light of a specific wavelength, and the overall illumination from all of the LEDs is consistent and evenly spread throughout a room. The system can be controlled using a wall-mounted control panel, allowing for the user to select a mode (high, medium, low) and adjust the dimming level. L135-30800BHVDAAA0 also has built-in safety features, such as automatic thermal protection and overvoltage protection.

 

The working principle of L135-30800BHVDAAA0 is based on the variable-rate current control. A variable-rate current control (VRCC) is a device that is used to control the output current of the LED. The VRCC is capable of changing the current according to the voltage output it receives. This is done by varying the internal resistance of the device and thus adjusting the current output. With this system, the user can adjust the brightness or dimness of the LED lighting system simply by adjusting the voltage output of the device.

 

In conclusion, L135-30800BHVDAAA0 is an LED lighting system designed for general lighting in residential, commercial and industrial settings. It utilizes a series of LEDs mounted on a heat sink and powered by a universal voltage source. The leds emit light of a specific wavelength, and the overall illumination from all of the LEDs is consistent and evenly spread. The system can be controlled using a wall-mounted control panel, and it also has built-in safety features, such as automatic thermal protection and overvoltage protection. The working principle of the system is based on the variable-rate current control, which allows the user to adjust the brightness or dimness of the LED lighting system by adjusting the voltage output.