39-02-1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optics is the study of light, including reflection, refraction and diffraction, and lenses are one of the most important tools used to learn more about optics. The 39-02-1 is a type of lens that is used for research and development of optical system applications. It is one of the most advanced types of optical lenses available, and its unique structure and design make it highly useful for high-precision optics applications.

In general, the 39-02-1 consists of a mound of glass or plastic with a large diameter, in which two curved surfaces are angled in a specific way to ensure that light passes over a certain point. This creates a field of view which is determined by the angle of the curvature of the lens. The lens also has a variable aperture, which helps to adjust the amount of light entering the lens. The design of the 39-02-1 makes it ideal for high-precision laser applications, as it can adjust the size of the field of view to accurately focus the beam of light.

The 39-02-1 is mainly used in the research and development of optics systems, where its features and precise optical properties make it highly useful. For example, the 39-02-1 can be used in the development of optical communication systems, where the lens can be used to focus the beam of light onto a specific spot, allowing for high-precision communication. Similarly, the lens can be used in optical imaging applications, where the lenses can be adjusted to achieve highly accurate images. Additionally, the lens is often used in the research and development of laser systems, as the adjustable aperture and field of view enable high-precision laser applications.

The working principle of the 39-02-1 is based on opto-mechanical principles. At the heart of the 39-02-1 design is a flexible membrane which is inflated and deflated using a range of pressure levels. This allows for adjustments to be made to the field of view and the amount of light entering the lens, enabling the user to achieve highly precise adjustments. Additionally, the 39-02-1 can be used in combination with other lenses, allowing for even more precise adjustments and optical effects.

Overall, the 39-02-1 is one of the most advanced types of optical lenses available. Its unique design and features make it highly useful for research and development of optical systems, and its adjustable aperture and field of view make it ideal for precision laser applications. Furthermore, the working principle of the 39-02-1 is based on opto-mechanical principles, enabling the user to make precise adjustments and create optical effects for research and development purposes.

The specific data is subject to PDF, and the above content is for reference