CL-927-CAN30-PC

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The CL-927-CAN30-PC is a remote phosphor light source, an innovative optical technology that combines the latest advances in both optoelectronic components and phosphor design. It\'s often referred to as a ‘phosphor-conversion LED\'.

The light source uses an LED chip which emits a blue light, and an optically designed phosphor layer which converts some of the blue light energy to different colour wavelengths to produce a white light spectrum.

It provides superior colour quality with a CRI index of over 90 and improved colour consistency from bin to bin. The LED chip has a very long life-span, can last up to 50000 hours and is also energy-efficient compared to light sources in the traditional range.

The CL-927-CAN30-PC is designed to be used for a wide range of applications, from general illumination in residential and commercial lighting to architectural, theatrical, automotive and medical applications. The light is also widely used in television and film production.

The CL-927-CAN30-PC is easy to use and requires no special tools or maintenance. It is designed with an input voltage range of 12-24V and an output current range of 500mA. It can be connected to the power source via a standard power cable and the connection to the light source is made via a four-pin connector. The output power can be set via an onboard rotary dial.

The working principle of the CL-927-CAN30-PC is based on the use of a blue LED, typically made from a semi-conducting material, which is heated to emit blue wave-lengths of light. The light then passes through a phosphor layer, which acts as a filter and converts some of the blue light energy into different colour wavelengths, forming a white light spectrum.

The combination of optoelectronic components with the advanced phosphor layer design results in a superior white light source with excellent colour quality and consistency. It is a simple, cost-effective and energy-efficient solution for a wide variety of lighting applications.

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