SPHCW1HDN825YHQTEE

LED Lighting technology is one of the most popular and exciting technologies for lighting applications that use light emitting diodes (LEDs) as their light-generating source. The main components of an LED lighting system can usually be divided into three categories: COB technology, engines, and modules.

The SPHCW1HDN825YHQTEE is an example of a COB lighting technology. It is a compact, integrated circuit-based LED engine solution with high efficacy and low thermal resistance. It features high lumen density, high power efficiency, excellent color consistency and low thermal resistance. It is designed for use in a variety of lighting applications, including floodlights, downlights, street lights, and decorative lighting.

The SPHCW1HDN825YHQTEE is able to achieve a lumen output of greater than 900 lumens using a single COB with a total power consumption of 15 watts. With its high efficacy, it is able to convert more energy into useful light than previous LEDs and other light sources. The engine also has a wide operating temperature range and is capable of handling a wide range of environment conditions. Additionally, the engine is designed to be compatible with both standard and high-efficiency drivers.

The SPHCW1HDN825YHQTEE COB works on the principle of electron tunneling, which is the basis for light emission. In this field, light emitting diodes (LEDs) are typically used as the light-generating source. Electron tunneling occurs when electrons are injected into a material that has an electrical gradient. The electron, being an electrically charged particle, follows the gradient and eventually finds an area of lower energy, which it jumps to. This energy difference gives rise to the emitted light.

The operating temperature range of the SPHCW1HDN825YHQTEE is between -40°C and 85°C, with the highest efficiency achieved with temperatures of between 50°C and 75°C. The engine is also able to conform to IP67 standards, making it suitable for use in outdoor applications. The power factor is greater than 0.9 and its total harmonic distortion is less than 20%.

The SPHCW1HDN825YHQTEE also has a low thermal resistance which helps to ensure an extended operating life. This is because the thermal resistance decreases when the temperature rises, thus reducing the amount of heat emitted by the engine. This helps to protect the engine from permanent damage due to high temperatures. Additionally, the engine is designed for fast heat dissipation, which reduces the risk of overheating and increases the engine’s lifetime.

In terms of applications, the SPHCW1HDN825YHQTEE is suitable for a variety of lighting applications, including street lights, decorative lighting, floodlights, downlights and ceiling lights. It is also suitable for uplighting and wallwashing applications, as well as directional lighting. As it is a compatible with both standard and high efficiency drivers, it can be used in both commercial and residential lighting applications.

In conclusion, the SPHCW1HDN825YHQTEE is a cost-effective, high-efficiency COB technology designed for a variety of lighting applications. It is capable of producing high lumen output with a low power consumption, and is designed to be able to handle a wide array of environmental conditions. The low thermal resistance and fast heat dissipation allows the engine to operate at optimal performance while also providing a longer operating life. The SPHCW1HDN825YHQTEE is suitable for a variety of different lighting applications, including street lights, decorative lighting, floodlights, ceiling lights, and more.