CA12434_HEIDI-ON

CA12434_HEIDI-ON application field and working principle

The object of the CA12434_HEIDI-ON lens is to provide a high resolution image with a wide field of view. This lens is designed for use in many fields such as astronomy, microscopy, medical research, and industrial imaging. This lens is designed to be easy to assemble and contains an extra optical element for superior performance.

Optical Principles and Core Designs

The CA12434_HEIDI-ON lens consists of four optical elements. The first element is an aplanatic doublet, which is a combination of two lenses with opposite curvature to produce an effect that eliminates oblique spherical and chromatic aberrations. The second element is a concave achromatic doublet, which is a combination of two lenses, one convex and one concave, that are designed to sharply correct for chromatic aberration. The third element is an air-spaced cemented doublet, which is made up of two lenses, one convex and one concave, which help to reduce the aberrations and can help make the optics easier to assemble. The last element is an aspheric meniscus, which is used to further reduce spherical aberration effects.

Applications

The CA12434_HEIDI-ON lens is ideal for applications that require image quality that is clear and sharp while also having a wide field of view. The extra optics elements help to create an image with exceptional contrast, resolution, and color. This lens is useful for many fields, such as astronomy, microscopy, medical research, and industrial imaging. This lens is also useful in many industries such as automotive, security, and military imaging.

Advantages of the CA12434_HEIDI-ON Lens

• High-resolution Image Quality
• Wide Field of View
• Extra Optical Elements for Superior Performance
• Built-in aberration correction
• Ease of assembly

Conclusion

The CA12434_HEIDI-ON lens is ideal for image quality that is clear and sharp. The extra optical elements help to create an image that has high resolution, contrast, and color. This lens is designed to be easy to assemble and contains an extra optical element for superior performance. This lens is suitable for many fields, such as astronomy, microscopy, medical research, and industrial imaging.