ASMT-AN31-NVW01

LED Lighting - White

ASMT-AN31-NVW01 is LED light source specifically designed for LED lighting applications.

Application Field

ASMT-AN31-NVW01 is suitable for a wide range of LED-based lighting applications from general illumination to decorative lighting. It is perfect for lighting up architectural features and other lighting design elements in hotels, offices, theatres, restaurants, cinemas, galleries and stores. Furthermore, due to its compact size and lightweight characteristics, it is also suitable for spot lighting applications.

Working Principle

ASMT-AN31-NVW01 works based on the principle of Light Emitting Diode (LED) technology. The main component of this light source is a single-chip light output module composed of a light-emitting component and its associated control component, which are integrated in a single package. Light emission takes place when electrons and holes in the LED material interact with each other, generating light energy. The LED component is designed to be cavity-mounted, which produces a forward voltage shift that enhances the efficiency of the LED. The LED control component is designed to adjust the current passing through the LED so that the correct light output is maintained.

In addition to its excellent efficiency and long-term reliability, ASMT-AN31-NVW01 offers excellent colour rendition and uniformity of illumination. The lighting produced is free of glare, flicker and other undesirable visual effects, making it ideal for both indoor and outdoor lighting applications. Furthermore, ASMT-AN31-NVW01 is equipped with a wide range of safety features, such as over-current protection and overload protection, to ensure the safety of users during its operation.

In conclusion, ASMT-AN31-NVW01 offers a reliable and energy-efficient solution for LED-based lighting applications. It is suitable for a wide range of applications and provides excellent colour rendering and uniformity of illumination. Furthermore, its safety features ensure the safety of users during its operation.