39-11-5

Series:	--
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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Optics - Lenses

The 39-11-5 Lens has been widely used in the optical industry and has been popular for its performance and quality. In this article, we will discuss the application field and working principle of the 39-11-5 Lens.The 39-11-5 lens is an aspherical lens, which uses the basics of geometry to control off-axis aberrations and to optimize the performance of a wide range of imaging applications. It is suitable for imaging in the visible and infrared spectral ranges. The lens is also characterized by extremely low spherical aberration, which is highly valued in the optical industry.It is mainly used in astronomy, biometrics, industrial vision systems, and medical imaging. The lens is designed to have incredible performance in applications such as deep-space observation, night vision, and measuring corneal curvature in eye exams. The lens is also used in image stabilization, which is useful for medical imaging.The lens also has impressive physical properties. It has an impressive aperture of 5 millimeter and an effective focal length of 11 millimeter. It also has a high numerical aperture, which enables the lens to capture a wide range of wavelengths.The design of the 39-11-5 lens is based on an aspherical structure, which enables the lens to have excellent performance. The lens is also characterized by incredibly low astigmatism, making it ideal for imaging applications.The working principle of the 39-11-5 lens is based on an advanced aspherical design. This design utilizes special curved surfaces and aspherical corrections to optimize off-axis aberrations. This is done by adjusting the curves of the lens’ various surfaces to minimize the amount of light being scattered or reflected by the lens. This allows the lens to maintain its excellent performance at all angles, while achieving excellent contrast and resolution.In addition to its impressive performance, the lens also has excellent temperature tolerance. This makes it suitable for a wide range of applications in extreme temperatures, such as military, industrial and medical imaging.In conclusion, the 39-11-5 lens is a highly advanced aspherical lens characterized by its excellent performance and outstanding physical properties. It is suitable for a variety of imaging applications, from deep-space observation to eye exams. Its aspherical design enables the lens to have excellent performance at all angles, while its temperature tolerance makes it suitable for extreme temperature applications.

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