GW KAGHB2.EM-RSRT-65S3-T05

LED Lighting - COBs, Engines, Modules

COBs, or “chips on board” is a form of LED technology where multiple LED chips are integrated onto a single circuit board. This type of LED technology has allowed for drastic increases in luminous flux density compared to the traditional LED technology, allowing for thinner and more cost-effective options for LED lighting.

GW KAGHB2.EM-RSRT-65S3-T05 is an LED engine specifically designed for LED lighting applications. It is designed with a highly efficient thermal design to help combat the potential for high temperatures in LED lighting systems. It is rated for up to 33.7W output and boasts an incredibly small size of just 231 x 361 x 27mm.

The GW KAGHB2.EM-RSRT-65S3-T05 features high-current active circuitry, allowing high-precision control of current to the LED. This precision makes the GW KAGHB2 engine suitable for use in both linear and modular applications, providing reliable and consistent output without sacrificing in performance.

As far as application fields are concerned, the GW KAGHB2.EM-RSRT-65S3-T05 engine can be used for a wide range of LED lighting applications, including backlighting, automotive lighting, street lighting, indoor lighting and signage lighting.

When it comes to working principle, the GW KAGHB2.EM-RSRT-65S3-T05 engine is designed to be used in conjunction with LED drivers. The LED driver is responsible for providing the necessary AC input power to the LED engine, and the LED engine provides the precise control of current to the LED. This allows for a precise and reliable control of current to the LED, significantly improving the overall performance of the LED lighting system.

Overall, the GW KAGHB2.EM-RSRT-65S3-T05 engine is an ideal choice for LED lighting applications, offering a high-performance solution for both linear and modular applications. Its small size and efficiency make it an attractive option for a wide range of lighting applications, from backlighting and automotive lighting to signage lighting and more. The GW KAGHB2 engines’ ability to accurately control current to the LED also provides reliable control over the output of the LED, making for a brighter, more efficient and cost-effective option for lighting applications.