CA12399_TINA2-RS Optoelectronics

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Optics, in its many forms, is an essential component in a variety of different products. Whether it\'s for a camera, microscope, telescope, or other products, optics are the tools used to capture and analyze light, allowing us to visualize details we wouldn\'t be able to see with the naked eye. For this reason, optics play an important role in many industries, including the military, medical, aerospace, surveillance, security, automotive, and photography industries.

Lenses, in particular, are vital components in optics and one such example is the CA12399_TINA2-RS lens. This lens is a single-element, monofocal lens designed for use with CCD and CMOS sensors. This lens is most commonly used in surveillance, medical imaging, industrial monitoring, and other applications that require the capture and measurement of images.

Let\'s take a closer look at this lens and the application field and working principle involved. The CA12399_TINA2-RS lens consists of a single glass element that is designed to deliver high resolution, low distortion, and excellent image quality. The lens has an aperture range of F1.4-F16, which allows it to capture both bright and dim images at wider angles.

The lens is also designed to be lightweight and compact and is capable of achieving sharp images even at large apertures. It features a low distortion rate of less than 0.2%, ensuring that all images remain accurate and clear. The CA12399_TINA2-RS lens is also capable of working in both daylight and low light conditions.

When it comes to the application field of the CA12399_TINA2-RS lens, it is primarily used in medical imaging, surveillance, and industrial monitoring. In medical imaging, the lens is used to take images of the inside of the body, allowing for accurate diagnosis of conditions. In surveillance, the lens is used to capture detailed images of environments, both in broad daylight and in dim light. In industrial monitoring, the lens is used to track machinery and monitor industrial processes.

As for the working principle of the CA12399_TINA2-RS lens, it is relatively straightforward. The lens is designed to capture light and focus it onto the lens\'s surface, which is then divided into a pattern or grid that reflects the proportion of incoming light. This pattern or grid is then converted into an electrical signal for transfer to a sensor. This allows the sensor to interpret the incoming light, creating an image.

In short, the CA12399_TINA2-RS lens is a single-element, monofocal lens designed for use with CCD and CMOS sensors. It is most commonly used in medical imaging, surveillance, and industrial monitoring applications. The lens can capture both bright and dim images at wider angles, while also being able to maintain sharp images in low light. The lens is designed to capture light and then divide it into a pattern or grid that is converted to an electrical signal for transfer to the sensor.

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