GW KAGHB2.CM-RPRQ-35S3-T05

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

LED lighting has become increasingly popular over the past decade, due to its energy efficiency and long-lasting lifespan. One type of LED light is the GW KAGHB2.CM-RPRQ-35S3-T05, which is a type of high brightness LED module. This particular model is used for various applications, including but not limited to automotive, street, area and industrial lighting.

The GW KAGHB2.CM-RPRQ-35S3-T05 module consists of three components: the driver, the COB and the reflector. The driver is a circuit board that is connected to the COB, or chip on board. This driver converts the relatively high voltage direct current (DC) that is supplied to the system into low-voltage, high-frequency alternating current (AC) that is used to power the COB. The COB is the actual light source; this is a single, monolithic semiconductor chip containing many emitting diodes. The reflector is an aluminum alloy piece which is designed to reflect and direct the light from the COB.

The GW KAGHB2.CM-RPRQ-35S3-T05 is a high-power LED module specifically designed for industrial and automotive lighting applications. The module offers a variety of features, including high efficacy output of 100 lm/W, extended lifetime of more than 50,000 hours, and low thermal resistance for better heat dissipation. It also includes a wide range of luminous elements that can be adjusted for different lighting requirements.

The working principle of the GW KAGHB2.CM-RPRQ-35S3-T05 module is quite simple. When the driver converts the DC power supplied to the system into AC current, it charges the gate of the COB. This causes the electrons to flow through the semiconductor material of the COb, and when they reach the anodes, they produce photons of light. The reflector then reflects and directs the photons of light for the desired application.

The GW KAGHB2.CM-RPRQ-35S3-T05 is a high-efficiency lighting module that is perfect for industrial and automotive lighting applications. It offers the benefits of high-output efficacy, extended lifetime, and low thermal resistance. Its simple yet effective working principle makes it an invaluable tool for various lighting projects.

The specific data is subject to PDF, and the above content is for reference