2130233303

Optics involve the study of the behavior and properties of light. It is the branch of physics that encompasses the study of the generation, propagation, and reception of light. Optics is widely used in the design and development of optical systems such as cameras, microscopes, telescopes and lasers. The aim of optical systems is to create an image or to measure the properties of light. One of the key components of an optical system is the lens. A lens is an optical device which refracts and focuses light.

2130233303 is one type of lens used in the optical systems. This lens is a refractive lens that focuses light passing through it. It is characterized by its small diameter and large numerical apertures. The numerical aperture (NA) is a measure of the light-collecting power of the lens. Generally speaking, a larger numerical aperture will result in a greater level of light collected by the lens. This particular lens has an NA of 0.36 resulting in a large light-gathering capacity.

2130233303 lens is used in a wide variety of applications. The lens can be utilized in a range of fields including telecommunications, bio-medical research, spectroscopy, laser bar-coding and optical sensing. It is also used for imaging tasks such as capsule endoscopy, endoscope imaging, ophthalmic imaging systems. In addition to this, the lens is suited for security systems and night vision applications due to its high NA. The lens is also useful for surveillance, astronomy and industrial imaging.

The working principle of 2130233303 lens involves the refraction of light passing through the lens. The light rays are bent as they pass through the lens due to the different indices of refraction of the lens material. This refraction focuses the light at a point after it has passed through the lens. The focal length of the lens determines the focusing power of the lens. The focal length of 2130233303 lens is 3.8mm.

2130233303 lens is an important component in optical systems and is widely used for various applications. The lens features high numerical apertures which result in excellent light-gathering power. This enables the lens to be used for a variety of tasks including imaging, spectroscopy, night vision and security. The lens utilizes the principles of refraction to focus the light passing through it into a point.