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double plano convex lens
Description
Double Plano-Convex lenses are one of the most common types of lenses. They find use in a variety of applications and are often used in eyeglasses, cameras, telescopes, and microscopes. Using a double plano-convex lens in a microscope helps to magnify objects while reducing the amount of spherical aberration that would otherwise occur with the normal single plano-convex lens.
The double convex lens has two concave surfaces and flat surfaces. When light rays enter this lens, the rays are bent inwards towards each other and then focus at a point that is located on the optical axis of the lens.
This double plano-convex lens magnifies objects by 200x. The image is the same size and shape as the object. When light passes through a convex lens, it diverges from the center of the lens and focuses at a point farther from the lens than when entering.
The double plano-convex lens is a type of lens that uses two plano-convex lenses in the same plane. The advantage of this combination is that it provides great magnification, making it excellent for microscope lenses and other types of lenses that require high magnification.
The double plano-convex lens is designed for use with LED, laser, and other high-power laser systems. Designed to enhance the beam profile and focal spot size of the system by correcting astigmatism in the beam thus enhancing beam stability.
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Plano-convex Lens
The imaging principle of a convex lens is as follows: A convex lens is a converging lens, which converges the rays in its front view and diverged at its rear view. When light passes through it, the distance between the front surface and the rear surface will decrease; The focal point of the convex lens is on the principal axis and closer to the first surface than to the second surface.