SPHWHAHDNL251ZR3D3

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With the emergence of LED technology, particularly in recent decades, it has revolutionized the lighting industry. The LED lighting industry offers increased energy efficiency, benefiting both the pocket and the environment. Although LED technology has significantly matured and developed, there are new and extremely innovative mechanisms emerging, enabling LED technology to be used in an entirely new range of applications. The SPHWHAHDNL251ZR3D3 commonly referred to as COBs, offers outstanding efficiency, longevity and clarity compared to traditional lighting alternatives.

COBs stands for ‘Chip-On-Board’ and technology can be used to mount multiple LED chips closely together to form a single lighting module. An example of the SPHWHAHDNL251ZR3D3 is the Citizen® CLU048-1818 chip on board which is a single module comprising 130 COB LEDs and each chip provides a maximum flux of 600lm at 350mA. One of the major advantages of the COB technology is that it allows for a greater flexibility, as multiple chips can be mounted onto a single PCB, including an array of different light colors, as well as an array of different shapes and electrical characteristics.

COBs are designed for versatile commercial and industrial lighting applications such as display, spot and flood lighting projects, including retail and hospitality applications. In addition, COBs are ideal for outdoor lighting applications that require a high level of uniformity and clarity. Due to the compact nature of the COB modules, they require relatively low thermal management, which in turn allows for greater flexibility in terms of power and design. This is particularly advantageous in some specific applications, as conventional LED technology can have particular difficulties adapting to particularly challenging environments.

The working principle of the SPHWHAHDNL251ZR3D3 is fairly simple. Each LED chip is mounted onto a single PCB and each chip is powered by an individual current source. The LED chips are connected together in an array and the overall luminous flux is determined by the total current input to the system. The SPHWHAHDNL251ZR3D3 is predetermined to provide maximum output flux and is typically optimized to reduce power dissipation and heat swings, ensuring that the total power consumption remains within specified limits.

The SPHWHAHDNL251ZR3D3 is typically used in conjunction with a dedicated power supply to provide the necessary current input. The power supply is designed to ensure that the total current input is equal to the sum of the individual current requirements of the LED chips. The total power input is then regulated to reduce the power dissipation and heat swings.

In addition, the SPHWHAHDNL251ZR3D3 is typically fitted with a dedicated thermal management system to ensure that the heat generated by the LED chips is efficiently dissipated without causing any damage to the system. This typically involves the use of a heat sink and other heat management components such as fans, heat spreaders and/or fins.

The SPHWHAHDNL251ZR3D3 is a highly efficient and innovative LED lighting solution, which is suitable for use in a wide range of applications. With its low power consumption, long-lasting performance, advanced thermal management and cost-effectiveness, the SPHWHAHDNL251ZR3D3 has is becoming increasingly popular for both commercial and industrial lighting applications.

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