SML_190_YTP

The SML_190_YTP is an Optics-Lenses product designed for high performance imaging. Its working principle is based on refraction and reflection of light. This product works by using a single lens and two reflecting mirrors located opposite sides of the lens to produce a set of images which are combined together to create a single image with a wide field of view.

The lens itself is constructed from two different elements - one with a convex and one with a concave profile. This enables light entering the lens to form a curved path when it passes through the two elements. The two reflecting mirrors are located opposite each other either side of the lens. When light enters the mirror it is then reflected off the surface of the mirror, producing two images, one on the outside of the lens and one on the inside of the lens. The images produced by the two reflecting mirrors are then combined together to form a single wide-angle image.

The SML_190_YTP product works by focusing light on a single spot on the surface of the lens. When this light enters the lens it is then refracted and reflected by the elements of the lens producing a set of images which are then unified to form a wide-angle image. This image can be used in various applications ranging from photography to medical diagnosis.

The most notable benefit of this product is the superior image quality it can produce. By employing the optical principles of refraction and reflection, the image produced by the SML_190_YTP is sharper and more dynamic than a standard lens could produce. The product also produces a greater depth of field, which means it is capable of capturing a wide range of visible objects from near to far distances.

The SML_190_YTP is a highly versatile product which can be used in a variety of different industries and applications. Its working principle provides benefits such as improved image quality and a greater depth of field, which make it a very attractive choice for imaging solutions. The product is also very competitively priced making it one of the more affordable options available.