GW KAFGB4.EM-QSQT-30S3-T02

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Part Status:	Obsolete

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LED Lighting - COBs, Engines, Modules

The GW KAFGB4.EM series of COB modules are specifically designed to meet the stringent requirements of today’s LED lighting applications. They are available in various sizes and power ratings to meet the needs of any particular application.The GW KAFGB4.EM-QSQT-30S3-T02 is a high-performance COB module that offers superior performance and reliability. It has a long life of up to 50,000 hours, and is designed to be compatible with a variety of LED drivers and LED controllers. It has an operating temperature range from -20°C to 75°C, and is RoHS compliant.The GW KAFGB4.EM-QSQT-30S3-T02 features an integrated thermal interface material (TIM) to optimize thermal performance and improve reliability. Its built-in current protection ensures that the module is protected from over-current conditions. It is also designed to be compatible with power management ICs (PMICs) such as the Texas Instruments TMS320F210.In addition, the GW KAFGB4.EM-QSQT-30S3-T02 also features a built-in emitter-receiver high-sensitivity driver to enable dimming control. It is compatible with a variety of LED drivers and dimmers, allowing for a variety of configuration options for customizing your lighting needs.The GW KAFGB4.EM-QSQT-30S3-T02 is an ideal solution for a wide range of LED lighting applications, from commercial to industrial to residential. It can be used in a variety oflighting applications, from high wattage floodlights to low wattage downlights, from office lighting to stage lighting, and many more.The working principle behind the GW KAFGB4.EM-QSQT-30S3-T02 is based on the quantum tunneling effect, which is the process by which electrons tunnel through potential barriers. The GW KAFGB4.EM-QSQT-30S3-T02 utilizes the tunneling effect to efficiently transfer electrical energy to the light emitting surface of the module.When the GW KAFGB4.EM-QSQT-30S3-T02 is powered with an AC voltage, the voltage is converted to a DC voltage. The DC voltage is then passed through a quantum tunneling junction, which consists of two thin layers of material separated by a barrier layer. As the DC voltage passes across the quantum tunneling junction, electrons flow from one side to the other. The electrons from the negative side of the junction are attracted to the electrons from the positive side of the junction, and thus, electrons are transferred across the barrier layer. The electrons are then transferred to the emitting surface of the module, where they generate light. The light emitted is then collimated and is then directed towards a reflector, which in turn reflects the light towards the desired location or surface. The intensity of the light can then be controlled by varying the amount of voltage applied to the GW KAFGB4.EM-QSQT-30S3-T02.The GW KAFGB4.EM-QSQT-30S3-T02 is an ideal solution for a wide range of LED lighting applications. Its thermal design, power efficiency, and long lifetime make it an excellent choice for any LED lighting project. It is also compatible with a wide range of LED drivers and controllers, allowing you to easily customize the lighting needs of your application.

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