LZ4-40G108-0G23

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LED lighting is becoming more and more popular, as it offers higher efficiency, greater durability and a better light quality than other lighting technologies. One of the most advanced LED lighting products are COBs (chip-on-boards), which are arrays of LED chips mounted directly on a circuit board.

The LZ4-40G108-0G23 is a type of LED COB lighting module manufactured by a Canadian company. It is designed for use in high-efficiency LED lighting applications such as street lighting, landscape lighting, and signage applications. The module features a high-efficiency luminous flux of 1000 lumens, a wide viewing angle of 120°, and a long lifetime of 50,000 hours. It also has a low-profile design, which makes it suitable for a variety of installation options. So let’s take a closer look at the application field and working principle of the LZ4-40G108-0G23.

Application field of the LZ4-40G108-0G23

The LZ4-40G108-0G23 module is designed for a range of outdoor and indoor LED lighting applications. Its high lumen output and wide viewing angle make it ideal for street lighting, landscape lighting and signage applications. It can also be used in offices, shops, malls, warehouses, and other commercial and industrial settings. In addition, its high power efficiency and long lifetime make it a cost-effective and energy-efficient solution.

Working Principle of the LZ4-40G108-0G23

The LZ4-40G108-0G23 module consists of a single board containing multiple LED chips. The board is covered with an encapsulation material to protect it from moisture and dust. The LED chips are powered by a low-voltage DC power source, such as a 12V or 24V DC power supply. The direct current is switched at a frequency of 120kHz, causing the LEDs to light up.

Each LED chip contains a phosphor material, which converts the emitted light into visible light. The phosphor material is responsible for the desired color of the light. The color temperature of the LEDs can be adjusted by selecting the appropriate phosphor material. For example, selecting a phosphor material with a higher color temperature will result in a cooler light, while selecting a phosphor material with a lower color temperature will result in a warmer light.

In addition, the brightness of the LEDs can be adjusted by adjusting the current or voltage of the power source. By adjusting the current or voltage, the user can control the amount of light being emitted by the module. This allows for a wide range of brightness levels to be achieved.

The LZ4-40G108-0G23 module is designed for efficient, reliable, and safe operation. It is extremely durable and has a long lifetime, making it a great choice for a wide range of LED lighting applications.

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