0190534300

Introduction

The 0190534300 lens is a widely used optical element for imaging, with versatile applications in microscopy, industrial inspection, machine vision and many other fields. It is also known as a “long-working-distance” lens due to its ability to focus light at a large distance from the sensor array. The 0190534300 lens is generally made from a specific type of plastic that has an extremely low coefficient of thermal expansion and is designed to have excellent anti-reflection qualities. Additionally, the 0190534300 lens will typically have anti-fog and anti-fungal coatings on the inside and outside surfaces. This article will discuss the application field and working principle of the 0190534300 lens.

Lens Design

The construction of the 0190534300 lens typically consists of two components. The first component, which rests directly on the sensor array, is a “primary lens” that focuses most of the light onto the detector. The second component, the “aperture,” forms an adjustable iris that limits the amount of light that reaches the detector. The lenses also feature built-in UV and IR filtering as well as adjustable focus.

Application Field

The 0190534300 lens can be used in a variety of applications, including:

• Industrial inspection: The 0190534300 lens is ideal for inspecting the interior of industrial machinery, as it is capable of focusing light at a much greater distance from the detector than other lenses.
• Microscope Imaging: Thanks to its excellent anti-reflection qualities, the 0190534300 lens can be used to create extremely detailed images of small samples such as biological specimens or minute particles.
• Machine Vision: The 0190534300 lens is often used in machine vision systems, where it is used to focus light on to the detector array and allow the system to identify objects.

Working Principle

The principles of operation of the 0190534300 lens are relatively simple. When light enters the lens, it is focused by the primary lens onto the detector array. The size of the aperture then determines the amount of light that is allowed to pass through the lens. The adjustable focus allows the user to adjust the focus of the lens without changing the distance between the lens and the detector array. Additionally, the built-in UV and IR filters reduce the amount of light of specific wavelengths that reach the detector.

Conclusion

The 0190534300 lens is a versatile and powerful optical device, with applications in many different fields. Thanks to its long-working-distance capabilities, anti-reflection qualities, and adjustable focus, the 0190534300 lens is an ideal solution for both industrial and scientific uses. Its simple yet effective design and easy to use operation make it a popular choice for any application that requires carefully controlled illumination.