FA11905_TINA3-S

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Optics - Lenses

Optics is a field of science that focuses on the interactions between light and matter. It is commonly referred to as optical science and covers a variety of topics including imaging, communication, illumination, and even precision measurement. Lenses are one of the most important pieces of optical equipment, and represent one of the key components of an optical system. Given the importance of lenses, it is necessary to understand their general operation and design principles.

The FA11905_TINA3-S is an example of a commonly used lens in optics. It is a high performance, plastic aspheric lens designed for ultra-precise imaging and machine vision applications. This lens is comprised of a lens portion and a prism portion, each with its own unique properties. The lens portion is designed to minimize aberration and provide a high degree of contrast. The prism portion is designed to provide increased resolution and image quality.

The FA11905_TINA3-S\'s application field is optical imaging systems. This lens is ideally suited for image processing applications such as multi-spectral imaging, 3D imaging, barcode scanning, machine vision, and medical imaging. This makes the FA11905_TINA3-S an ideal lens for environments which require high quality and accuracy. Furthermore, the lens is also used in industrial applications such as industrial inspection and robotics.

The working principle of the FA11905_TINA3-S is similar to other lenses. This lens is designed to take in incoming light, and then bends and refracts it in order to produce a clear image. This is done by using the two portions of the lens mentioned above. Light enters the lens at one end, and then is focused through the prism portion and then onto an imaging device such as a camera or image sensor.

The FA11905_TINA3-S also utilizes a variety of advanced technologies such as Anti-reflective Coating (AR). This is a multi-layer coating which is applied to the lens surface to reduce ghosting and glare in images, as well as to provide additional protection from debris and other environmental elements. In addition, the lens utilizes Angular Domain Coating (ADC) which is designed to enhance the performance of the lens by increasing its efficiency in terms of resolution and sharpness.

In conclusion, the FA11905_TINA3-S is a high performance plastic aspheric lens designed for ultra-precise imaging and machine vision applications. Its application field is mainly optical imaging systems, and its working principle is similar to other lenses. By utilizing advanced technologies such as Anti-reflective Coating and Angular Domain Coating, the FA11905_TINA3-S offers improved performance and image quality, making it an ideal lens for a range of imaging applications.

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