C14020_STRADA-SQ-ME

Optics - Lenses

C14020_STRADA-SQ-ME is a type of lens that is specifically designed for high precision imaging. It features an aspherical design that is made of high grade optical materials such as fused silica and silicon nitride. The aspherical design enables this lens to have a reduced size, with a compact diameter as small as 30 cm and a focal length of 20 cm. This lens is specifically designed for astronomical and space applications, where precision imaging is needed.

The structure of the lens also promotes high performance, and is equipped with anti-reflection coatings. This cut down reflection from the lens, resulting in improved image contrast. It also offers improved glare resistance and a superior signal-to-noise ratio. This makes the lens ideal for applications that require high performance in hostile environment, such as imaging from outside the atmosphere.

The working principle of the lens is based on the refractive property of light. When light passes through the lens, the refraction of light will cause the light waves to bend, depending on the type of lens and its surface curve. In this case, the C14020_STRADA-SQ-ME lens is specifically designed to bend the light waves in a way that is tailored for high precision imaging. This allows for improved image quality and clarity, especially when used in applications such as astrophotography.

The C14020_STRADA-SQ-ME lens can also be used to measure the distance of a celestial object in space. It works by using the principle of parallax, which is the difference in how an object appears from different locations. By studying how an object appears from two different locations on the Earth\'s surface, the distance of the object can be determined. This is why this lens is often used in astronomical applications such as astrometry.

In conclusion, the C14020_STRADA-SQ-ME lens is specially designed for high-precision imaging and astrometry applications. It is designed with anti-reflection coatings that reduce reflection and glare, while its aspherical design allows for a compact size. Its working principle is based on the refractive property of light, which is used to bend the light waves in order to produce high-quality images. This makes this lens perfect for applications that require high precision imaging in hostile environments.