SDW02F1C-G2/H1-BA

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SDW02F1C-G2/H1-BA is a LED light engine module produced by Aixin Optoelectronic Co., Ltd. It has a great variety of applications and working principles which will be illuminated in this article.

Application Field

SDW02F1C-G2/H1-BA is widely used in many fields, including automotive lamps, architectural lighting, stage and event lighting, spotlights, flashlights, bicycles, and more. It has a wide range of application scenarios, including indoor lighting, outdoor lighting, car lighting and other fields.

It is designed to provide high-performance illumination; a particular advantage of its small size is that it is ideally suited for applications where mounting space is limited. Furthermore, the SDW02F1C-G2/H1-BA is designed with a low power consumption and extended lifespan.

Working Principle

The SDW02F1C-G2/H1-BA module is a combination of an LED light engine with a set of lenses or reflectors. The light engine is powered by DC voltage, and operates at a frequency between 2.5 and 2.7kHz. When a current is applied to the module, the light engine emits light at different wavelengths depending on its design.

The light engine consists of a number of individual LEDs which are connected in a sequence. The light emitted from the LEDs is randomly distributed in different directions, and the lenses or reflectors are designed to focus the light in a particular direction. The lenses or reflectors also help to increase the brightness of the lights, and make them suitable for applications that require concentrated light.

The LED light engine used in the SDW02F1C-G2/H1-BA is designed to be dimmable, and it is possible to adjust the light level and color temperature by modifying the current flowing through the engine. This makes the module suitable for use in applications where it is necessary to control the light levels.

The SDW02F1C-G2/H1-BA module has a great variety of applications and can provide high-performance illumination. It is also cost-effective and long-lasting, making it suitable for a range of lighting applications.

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