CL-835-CAN15-PC

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The optoelectronic integrated circuit, or OEIC, called the CL-835-CAN15-PC is a remote phosphor light source designed to have significant applications in a variety of fields. The OEIC is used in blu-ray optical pick-ups for blue laser systems, as well as in industrial lighting applications. Additionally, it can be used in optical communications, optical disk imaging and other optical applications.

The CL-835-CAN15-PC is designed to be a cost-effective remote phosphor light source for a variety of applications. It is constructed from a combination of aluminum alloy and sapphire crystal, which both reduce the required power and size requirements. The OEIC produces a high brightness, enabling it to be used in a wide range of applications. It is also designed to ensure a long service life, making it ideal for industrial applications.

The working principle of the CL-835-CAN15-PC is based on the principle of remote phosphor etching. This technology involves the etching of a thin layer of hardened phosphorous onto the surface of a sapphire crystal. When an electrical current is applied, the phosphor particles heat up and emit light. This light is then reflected off of the crystal and out of the OEIC.

The CL-835-CAN15-PC is ideal for optical pick-up applications, as it can produce a near-instantaneous response in high-traffic environments. It is also perfect for industrial lighting applications. It can be used in a variety of optical communication and imaging applications, such as fiber optics, optical disk imaging, and imaging sensors.

The CL-835-CAN15-PC OEIC is a cost-effective solution for a variety of applications. It is constructed from a combination of aluminum alloy and sapphire crystal, reducing the required power and size requirements. It produces a high brightness, and is designed for a long service life. Its remote phosphor etching technology enables it to produce a near-instantaneous response in high-traffic environments. It is ideal for optical pick-up applications, as well as for industrial lighting and other optical communication and imaging applications.

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