C12622_HELENA-A

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Optics - Lenses is an important branch in the field of optics due to its versatile application, especially in industrial fields such as safety inspection, medical imaging, image processing and production line monitoring. C12622_HELENA-A is a type of lens that is designed to meet the challenges in these fields, and its working principle is based on the principles of optical refraction, diffraction, and total internal reflection.

An essential feature of C12622_HELENA-A is its ability to cooperate with a single imaging sensor, allowing for improved lens performance. This lens has an aspheric shape, meaning that it can capture more light with fewer aberrations – and this feature is greatly useful in the application of industrial fields. In addition, the lens reduces the occurrence of chromatic aberration, which forces the red, green, and blue beams of light to focus at different points in the image.

When light rays reach the C12622_HELENA-A, the ray angle is changed due to refraction between the mediums of the lens. This alteration is triggered by the variations in the density of the medium, which causes the beam to move along an S-shaped path. Diffraction is another phenomenon that occurs when light passes through the corners of the lens, and this effect creates dispersed images on the sensor.

In some cases, total internal reflection comes into play with C12622_HELENA-A. When a ray of light is directed towards the surface of a medium with a proper index of refraction, the light is reflected parallel to the surface by the angle of incidence instead of passing to the other medium. This technique is used in the lens to maximize light output. The angle of entry and the depth of the incident light ray both affect the amount of light that is transmitted through the lens.

In essence, C12622_HELENA-A uses the principles of refraction, diffraction and total internal reflection to capture an image with the highest detail and accuracy. This lens is comprised of two aspheric lenses, one made of glass and the other of polycarbonate, which redirects light beams across the plane of the image sensor. This helps to reduce chromatic aberration, ensuring that both color accuracy and sharpness are improved for enhanced image processing in industrial fields.

C12622_HELENA-A lenses are designed to work with a wide range of digital optics, allowing users a high degree of flexibility. It can be used in industrial and commercial settings for image processing, including for production line monitoring services. Additionally, it can be used in applications where detailed lenses are required for safety inspection, medical imaging, and various types of calculations.

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