GW JCLPS1.EM-HPHR-A737-1-65-R18

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LED Technology has become the mainstream technology for the production of white light. White light, in particular, has rapidly become popular among consumers, represented primarily by its appearance in LED lighting applications—both with existing conventional products and in the ever-growing “smart home” setup—due to its energy efficiency and cost-effectiveness.

One example of the white LED technology is GW JCLPS1.EM-HPHR-A737-1-65-R18, which is designed for use in indoor lighting, such as living rooms, bedrooms and hallways. The manufacturer states that this LED has an optical efficiency of 95%, can generate a light intensity of up to 10,000 lumens (lm), and a voltage of 3.2 Volts (V).

The GW JCLPS1.EM-HPHR-A737-1-65-R18 utilizes a phosphorescent emission mechanism to produce white light. This method utilizes a special fluorescent phosphor material, which absorbs energy from a blue LED chip, and is coated onto the glass or plastic substrate in the package. The material fluoresces or phosphoresces, emitting white light through the yellow-tinted radiation filters.

The GW JCLPS1.EM-HPHR-A737-1-65-R18 produces a wide spectrum of color (i.e. CCT or correlated color temperature). This extended CCT range produces a warmer and more pleasant color (i.e. 2700K-6500K) compared to a traditional white LED. This extended range also allows for more uniform illumination, due to the slight variation in the CCT of different parts.

The GW JCLPS1.EM-HPHR-A737-1-65-R18 is commonly used in interior lighting applications and projects. Its high optical efficiency of 95% allows it to produce up to 10,000 lm of light with a voltage of 3.2 V. It has a wide CCT range of 2700K-6500K, can be dimmed, and comes in different sizes and shapes for compatibility with various fixtures. The extended CCT range enables a wide range of light color, and makes it particularly suitable for warm environments such as living rooms, bedrooms and hallways.

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