39-29-W02

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39-29-W02 is a kind of optical lens whose application field and working principle have been widely applied in optical fields. It is made up of two lenses, a concave lens and a convex lens. The convex lens has a greater focal length than the concave one. It is used to bend the light that entered the camera and make the image sharper and clearer.

In terms of application field, 39-29-W02 is quite popular among photographers since its type of lenses provides sharper images developed with the knowledge of optics and its ability to effectively control distortion. There are a variety of optics applications such as optical microscopy, telescopic observation, optical dichroism imaging, and so on, which have adopted 39-29-W02 optics lenses. These optical lenses are also extensively used in imaging, film and television technology.

In terms of the working principle, the 39-29-W02 lens is usually operated in a two-element system consisting of a convex lens and a concave lens. The two lenses are then combined to produce an image. The convex lens, which has a long focal length, is used to capture the light rays and bend them towards the object’s optical axis. Meanwhile, the concave lens, with a short focal length, is used to focus the incoming light on the photosensitive element and transfer it to the sensor of the camera. This two-element system in conjunction with a specific lens creates extremely sharp images and allows photographers to control distortion.

As an optical lens, 39-29-W02 has a wide range of applications in both photography and optics. Its two element system design helps to provide more crisp, clear images. Furthermore, its flexible focal length is compatible with most standard focal length optics available on the market. Finally, its ability to control distortion is another great advantage of employing 39-29-W02 which leads to more artistic shots.

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