FLPV5.0-SBC

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Light pipes are parts of an optical pathway from one point to another. For example, a light pipe used in a television can transport light from one of the two TV displays (usually a LCD display) to the other. Light pipes are also used in automotive, consumer electronics and medical industries, as well as in FPGA (Field Programmable Gate Array) applications.

Key to the functioning of today’s advanced electronic systems, used from industrial and medical application, to consumer electronics, is the ability of these systems to “see” their environment. Coupled with the need for maximum space and accessibility within those systems, this has driven the development of highly efficient and robust optical light pipes.

FLPV5.0-SBC is a high-performance reflective-type micro-optical illuminator that provides a highly efficient optical transmission link between two points. Based on Fresnel lens technology, the illuminator can extend the maximum range of two points by up to a factor of five. The illuminator is constructed from a combination of four Fresnel lenses, each lens made from injection-molded acrylic and placed into the optical path. All lenses in the FLPV5.0-SBC are designed to work together to minimize aberrations and provide exceptional performance in terms of light transmission and constancy.

The working principle of the FLPV5.0-SBC is that each lens is used to collect, collimate and direct light from one point to the other. The lens captures the light from the source, focuses it to a narrow beam, and then directs it to the receiver. To do this, each lens works to refract the light and ensure maximum transmission of light. The four lenses work together to utilize the airy disc effect to direct all the photons to the receiver.

The FLPV5.0-SBC is specifically designed for applications where space is limited but where high-efficiency, low-power light transmission is needed. The lenses are configured to give maximum efficiency at short distances, and to provide robust performance in a range of environmental conditions. The ability to place four lenses of different thicknesses into the optical path provides a range of capabilities that are not available with other optical designs.

The FLPV5.0-SBC is ideal for applications requiring short-distance, low-power metering, from industrial and medical systems to consumer electronics. The light pipes are highly efficient and provide a reliable path for the transmission of light, while still maintaining a compact size. They are also designed to reduce aberrations, providing robust performance for a wide range of environmental conditions.

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