CA15231_VERONICA-SQ-MINI-W Optoelectronics

Series:	Veronica
Part Status:	Active
Lead Free Status / RoHS Status:	--
Type:	Lens
Moisture Sensitivity Level (MSL):	--
Color:	Clear
Number of LEDs:	1
Lens Style:	Round with Flat Top
Lens Size:	13.9mm x 13.9mm
Lens Transparency:	Clear
Optical Pattern:	Wide
Viewing Angle:	56°
For Use With/Related Manufacturer:	Cree
Material:	Acrylic
Mounting Type:	Adhesive Tape

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Introduction

The CA15231_VERONICA-SQ-MINI-W application field and working principle is essential to understand for anyone looking to use lens technologies to create clearer, higher quality images. This article will discuss the application field, working principle, and how the CA15231_VERONICA-SQ-MINI-W lens can be used to produce better quality images.

Application Field

The CA15231_VERONICA-SQ-MINI-W lens is designed to be used in environments where image quality and performance are of the utmost importance. The lens is especially suited for use in any applications that involve remote sensing. With its ability to collect both visible and infrared light, the CA15231_VERONICA-SQ-MINI-W lens makes it possible to capture images from longer distances with clarity and accuracy. Additionally, because it can capture more than just visible light, the lens is well suited for use in applications such as satellite imagery, medical imaging, navigation, and augmented reality.

Working Principle

The CA15231_VERONICA-SQ-MINI-W lens utilizes a unique double-pass optical design which ensures sharp and clear images over a wide field of view. This design uses a combination of convex and concave lenses to focus light and create images. The convex lenses focus the light, while the concave lenses cause the focused light to spread out more uniformly over the image plane. Additionally, the lens is designed with an infrared-blocking filter to prevent infrared light from leaking through and distorting the image.

Conclusion

The CA15231_VERONICA-SQ-MINI-W application field and working principle is essential to understand for anyone looking to use lens technologies to create clearer, higher quality images. The lens can be used in a wide variety of applications, such as remote sensing, medical imaging, navigation, and augmented reality, where clarity and accuracy are of the utmost importance. It utilizes a unique double-pass optical design to focus and spread out light, and is designed with an infrared-blocking filter to ensure that infrared light does not distort captured images.

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