FP11954_LISA2-WWW-PIN

Optics - Lenses

FPD11954_LISA2-WWW-PIN (also known as the “PIN”) is a versatile optical system consisting of a high-grade collimator, a bifocal lens and an optical compensator, each configured to work together for maximum efficiency. The PIN is a one-piece, integrated unit that has been designed to offer excellent optical performance, a wide angle of view and a shallow depth of field.

Application Field

The FPD11954_LISA2-WWW-PIN is designed to be used in highly illuminated scenes, such as those found in night bathrooms, showrooms and medical imaging. It is suited for all-in-one and long-range surveillance, CCTV recording and imaging. It is also suitable for machine vision, augmented reality and robotics.

Working Principle

At its core, the FPD11954_LISA2-WWW-PIN relies on its high quality collimator lens to achieve its superior illumination. The collimator lens is constructed with a combination of multiple layers of advanced low absorption materials. This material combination creates an incredibly long range of uniform illumination that increases the overall performance of the system. The performance of the lens is further optimized through the use of its bifocal lenses, which are specifically designed to maximize the image quality.

The optical compensator then optimizes the performance of the system during the data collection process. This compensator works by measuring and adjusting the system’s illumination for a wide range of environmental conditions. It also works as a color temperature adjustment, improving the accuracy and clarity of the images captured.

Conclusion

The FPD11954_LISA2-WWW-PIN is an advanced optical system that combines three components to achieve superior illumination. It is designed for use in highly illuminated scenes, offering a wide angle of view and a shallow depth of field. The system utilizes a high-grade collimator, a bifocal lens and an optical compensator to achieve superior performance and accuracy, making it ideal for use in machine vision, augmented reality, surveillance and robotics applications.