CBT-40-R-C21-HF101

LED Lighting - COBs, Engines, Modules

A Cob-based LED module, represented by the CBT-40-R-C21-HF101, is suitable for LED lighting applications such as streetlights, automotive lighting and other applications. This LED module is based on the use of high-flux LEDs mounted on cob substrates, making them more efficient and robust than traditional LED modules.

The CBT-40-R-C21-HF101 is a reliable, efficient and cost-effective module for a variety of LED lighting applications. It features a deep-cooled design, which helps to reduce junction temperatures, resulting in longer LED lifetimes. Additionally, its deep-cooled design makes it an ideal choice for applications where there is limited space.

The CBT-40-R-C21-HF101 is designed with a high-efficiency lens, which helps to minimize optical losses, resulting in improved light output. Its lens is also designed to minimize stray light, ensuring uniform lighting with minimal unwanted glare.

The CBT-40-R-C21-HF101\'s working principle centers around the use of a control board, which helps to regulate the power supply and current within each LED module. The control board is connected to a power supply, which can be either direct current (DC) or alternating current (AC). The power supply is then connected to the module’s LEDs, so that it can regulate the power, current and voltage that are supplied to each individual LED.

The interconnection between the control board and the power supply allows the user to adjust the brightness of the module’s LEDs. It also allows the user to adjust the color of the LEDs, so that the user can choose from a wide range of colors. Additionally, the control board also helps to reduce the module’s power consumption, resulting in higher efficiency levels.

The CBT-40-R-C21-HF101 is an ideal choice for LED lighting applications due to its performance and cost effectiveness. Its deep-cooled design reduces junction temperatures, resulting in longer LED lifetimes, which are essential for LED lighting applications. Additionally, its high-efficiency lens helps to reduce optical losses, resulting in improved light output and better control over light distribution. Finally, the control board helps to maximize power efficiency, resulting in better overall performance.