C13835_STRADA-SQ-T-DWC

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Optics, which deals with light and its behavior, is an important area of study in science. Lenses are one of the most common elements of optics. C13835_STRADA-SQ-T-DWC, a sort of lens, is a popular choice in many applications. This article will explain the application field of C13835_STRADA-SQ-T-DWC and its working principle.

C13835_STRADA-SQ-T-DWC is a standard square window collimation lens which utilizes advanced optical technology to achieve homogeneous illumination of LED light sources across a wide angular acceptance range. This type of lens is used in a range of applications such as LED backlighting, LCD displays, LCD TVs, medical devices, neural microscopy and other medical imaging tools. Many consider C13835_STRADA-SQ-T-DWC to be a universal lens, suitable for a variety of applications.

C13835_STRADA-SQ-T-DWC has a variety of advantages. It has a focal length of 10.5mm and a clear aperture of 30mm, making it suitable for a range of applications. It is made of PMMA material, making it light yet durable. The flame retardant coating on the lens further enhances its durability and suitability for use in hazardous environments. The window lens also has excellent light transmittance, with an efficiency up to 92%.

Its application range is further extended by its wide acceptance angle. The lens is designed to have an acceptance half angle of more than 115° along the propagation direction. This allows it to receive light from a wide range of angles, making it suitable for many different light sources. Its near-parallel optical path also allows it to provide uniform light with minimal aberrations.

C13835_STRADA-SQ-T-DWC has a refractive, rather than reflective, optical system, meaning that light entering the lens is focused and distributed, rather than reflected. This allows for a more uniform illumination and reduces the risk of light leakage. The type of refractive system working principle can be simplified by imagining how light is focused by a magnifying glass. As light passes through the lens, its rays are bent, thus focusing the light to a spot.

Two types of refractive optical systems can be employed with C13835_STRADA-SQ-T-DWC, depending on the application. The first is the Reflection Symmetric (RS) system which relies on refracting the light rays onto the reflective surface, where it is then refracted back onto the lens’s focal planes. The second is the Reflection Asymmetric (RA) system. This system uses the same refractive principles, but works in a different way, reflecting the light onto different focal planes, creating different intensities in each focal plane.

Another key feature of C13835_STRADA-SQ-T-DWC is its high temperature performance. It can withstand temperatures up to 65°C, meaning it can be used in high temperature applications. It also has a nanostructure coating, making it ideal for use in harsh environment.

In conclusion, C13835_STRADA-SQ-T-DWC is a versatile lens suitable for a variety of applications. Its wide acceptance angle and clear aperture make it suitable for use in LCD displays, LCD TVs, medical devices, neon microscopy and other medical imaging tools. Its high temperature performance, nanostructure coating and refractive optical systems make it suitable for use in hazardous environments. Its ability to achieve uniform illumination reduces the risk of light leakage, making it an ideal choice for many applications.

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