L2-OPC1-1-OVAL

L2-OPC1-1-OVAL lenses are optics used in a variety of applications, from thermography and spectroscopy to 3D imaging and telescopic photography. The lenses have an oval-shaped cross-section allowing for increased field of view, precision, and light gathering capability. The lenses are a type of gradient index (GRIN) lens and are commonly referred to as gradient-index aspheric lenses.

The diameter of the L2-OPC1-1-OVAL lens depends on the application in which it is used. For thermography and spectroscopy, these lenses have a standard diameter of 15mm to 25mm, while for 3D imaging, the lenses come in a variety of sizes ranging from 9mm to 50mm. The lens design is also scalable and can be manufactured in small, compact packages. This makes the lenses ideal for use in mobile and miniature devices.

The working principle of the L2-OPC1-1-OVAL lenses is based on light refraction with a gradient index. A gradient index lens is a curved lens whose index of refraction decreases with distance from the optical axis. This means that the beam of light is refracted more strongly at the periphery of the lens than at the center, leading to a reduced focal length and improved image quality. The gradient index design also provides higher image contrast and increased light gathering capability.

The application fields of L2-OPC1-1-OVAL lenses include 3D imaging, microscopy, bar-code scanners, spectroscopy, thermography, and telescopic photography. In 3D imaging, the lenses can be used to capture and render three-dimensional images at a very high resolution. In microscopy, the lenses are used for resolving cell structures and other microscopic features with high accuracy. In bar-code scanning, these lenses are used to scan and decode barcodes quickly and accurately. In spectroscopy, the lenses are used to study the various characteristics of light waves, such as color, intensity, spectrum, etc. In thermography, these lenses can be used to measure temperatures in different parts of a scene, and in telescopic photography, they are used to take pictures of far-away objects with great clarity.

To sum up, L2-OPC1-1-OVAL lenses are optics used in a variety of applications such as 3D imaging, microscopy, bar-code scanning, spectroscopy, thermography, and telescopic photography. The lenses have an oval-shaped cross-section allowing for increased field of view, precision, and light gathering capability. The working principle of these lenses is based on light refraction with a gradient index, which provides higher image contrast and increased light gathering capability.