GW6BGW50HED

Current - Test:	240mA
Lens Type:	Flat
Light Emitting Surface (LES):	--
Height:	1.60mm
Size / Dimension:	6.50mm L x 15.00mm W
Features:	--
Viewing Angle:	--
CRI (Color Rendering Index):	87
Current - Max:	390mA
Lumens/Watt @ Current - Test:	--
Voltage - Forward (Vf) (Typ):	36V
Temperature - Test:	--
Series:	Mini Zenigata
Flux @ Current/Temperature - Test:	--
Configuration:	Rectangle
Wavelength:	--
CCT (K):	5000K
Color:	White, Cool
Type:	Chip On Board (COB)
Moisture Sensitivity Level (MSL):	--
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--
Packaging:	Tray

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GW6BGW50HED is an ideal choice for lighting engineers who need quality and reliability. This type of module is designed for the lighting specialist engineer and has the performance to match. With features like 0.2 mm2 ultra-thin design, high-end COB memory protection and a long life, this module is suitable for various application fields such as indoor and outdoor lighting. It also has a low heat burden that maintains the module\'s working performance. Application FieldThis type of module is commonly used in indoor and outdoor lighting applications for both interior and exterior uses. It can be used for commercial and industrial lighting, both for general and task lighting. The GW6BGW50HED module is suitable for a range of applications from accent lighting, to downlighting, to aisle and wallwashing. This module can also be used in accent, down and wall washing control circuits as well as in paneling and signage applications. Additionally, the GW6BGW50HED module can be used for indirect lighting in both residential and commercial projects. Working PrincipleThe GW6BGW50HED module\'s working principle is based on LED lighting CoBs (Chips-on-Board). LED CoBs are made up of multiple LED dies that are electrically and thermally connected onto a single substrate. The substrates are usually composed of a copper core and a printed circuit board (PCB). Other materials can also be used, such as ceramic and aluminum. The CoB is then encapsulated in either a silicone or epoxy coating to protect the LEDs from external damage.The GW6BGW50HED module utilizes a single high-power chip-on-board module, unlike other LED modules. The GW6BGW50HED module is designed with high-power LEDs, allowing it to achieve a greater light efficiency and efficacy than other models. Additionally, the GW6BGW50HED module is designed with a high efficiency COB package, providing high power stabilization and an extended product lifespan. The thermal design of the GW6BGW50HED incorporates an advanced heat sink which effectively disperses heat away from the LEDs to increase their lifetime. This also allows the GW6BGW50HED to be suitable for use in any application. The working principle of the GW6BGW50HED module revolves around the high-power LED CoBs and their ability to generate light in a high-efficient manner. LED CoBs are made up of numerous LED dies are connected together in a series or parallel configuration. The GW6BGW50HED module utilizes two high-power LED CoBs that are connected together in a parallel configuration. This allows for greater current control and distribution of the LED light, resulting in an increase in the efficacy and light output of the GW6BGW50HED. Furthermore, the GW6BGW50HED module utilizes a memory protection system that is designed to protect the LED CoB from voltage transient, over-voltage and over-current events. This memory protection system also helps to maintain the LED CoBs stable and consistent operation, while also protecting it from any potential damage or malfunction. In addition, the GW6BGW50HED module features a low-heat burden that maintains its working performance and extends its product life. In conclusion, the GW6BGW50HED module is a suitable choice for any kind of lighting applications, indoor and outdoor, commercial and industrial. The module makes use of high-power LED CoBs and a low-heat burden to increase its efficacy and extend its product life and performance. Additionally, the GW6BGW50HED module utilizes a memory protection system and an advanced heat sink to ensure its safe and reliable operation, making it an ideal choice for any lighting engineer.

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