LEDs, or light emitting diodes, have existed in their existing form for nearly half a century. However, it is only within the past decade or so that manufacturers have been able to efficiently design and independently produce LEDs in a cost-effective manner. Suddenly, the cost of producing an effective, low-energy light source has dropped dramatically, making these diodes the perfect source for a variety of light applications, from task lighting to backlighting, accent lighting, and even more complex needs like medical illumination.

With their popularity and cost of manufacture dropping, it is no surprise that applications based on LEDs continue to expand. One type of LED application that has become particularly popular is that of LED modules, COBs (chips on boards), and engines. All three of these types of LED-based components can be used to create a reliable, cost-effective LED lighting system.

LED modules are the most common type of LED lighting component on the market. These are small, readily-available “plug-in” units that install easily into a chosen fixture. This makes them perfect for retrofitting existing fixtures, or for direct incorporation into designs. Contemporary LED modules are compact, containing everything necessary to generate the perfect light output while keeping power consumption to a minimum.

COBs, or chips on board, have become increasingly popular in almost all LED-based applications. COBs allow a manufacturer to place multiple LED chips directly onto a circuit board, piece of copper, or other mounting material. This significantly increases the light output of the LEDs in question, when either one larger LED chip is used or several smaller ones are placed together.

Finally, the engine has become the last piece of the puzzle for designers that want to bring out the best in their lighting solutions. This type of lighting component, like light engines, utilizes a single sealed unit to deliver natural and consistent light output, in addition to a longer lifespan and a greater resistance to heat buildup.

SPHWW1HDNE25YHW34G Application Field and Working Principle

The SPHWW1HDNE25YHW34G series of LEDs is specifically designed for use in a variety of lighting applications. Using COBs, engines and modules, the series covers a wide range of needs, from basic lighting installation to complex medical and stage lighting needs.

The working principle behind the SPHWW1HDNE25YHW34G series of LEDs is a combination of efficiency and effectiveness. Using the pre-assembled modules, COBs and engines, the manufacturers have been able to ensure that every single unit in the SPHWW1HDNE25YHW34G series is as small and efficient as possible, while still maintaining the highest level of quality and performance.

Additionally, the SPHWW1HDNE25YHW34G series utilizes high-quality LED chips, thereby ensuring the LED light sources remain consistent and color correct over time. On top of that, each chip is housed in a protective package, along with a driver, providing a reliable power system that ensures the LEDs remain safe even in wet, humid, or cold environments.

Finally, the SPHWW1HDNE25YHW34G series of LED modules, COBs and engines are specifically designed for a variety of applications, from task and accent lighting to medical, special stage and even outdoor lighting. It has been specifically developed to offer an efficient and reliable LED light source for any situation.