NE2D_RGB_FOV90_F2.7_

Introduction

NE2D_RGB_FOV90_F2.7 is an image sensor camera used in research and industry applications, capable of capturing images of different resolutions and field of views. Its application field and working principle will be introduced in the following sections.

Application Field

NE2D_RGB_FOV90_F2.7 is primarily used in security and surveillance, machine vision, medical imaging, facial recognition, and augmented/virtual reality (AR/VR) applications. This camera is designed to capture high-resolution RGB images in a wide range of environments. It provides a 90-degree field of view, which is large enough to capture an entire scene.This camera is also highly sensitive to ultraviolet and infrared light, making it suitable for capturing images in low-light conditions. It supports various image resolutions, from 4K to 12K, which makes it a great choice for capturing details in high-resolution images. Additionally, its small size and lightweight design make it an ideal choice for mobile applications.

Working Principle

The working principle of NE2D_RGB_FOV90_F2.7 is based on the use of a CMOS image sensor and a lens assembly. The CMOS image sensor consists of an array of light-sensitive pixels which convert light into electrical signals. The lens assembly, which consists of several lenses, focus the light onto the CMOS image sensor. The electrical signals are then processed by the camera’s processor, which detects edges and shapes in the image.The NE2D_RGB_FOV90_F2.7 can capture both color and black-and-white images. In color mode, the camera uses the three primary colors, red, green, and blue, to capture the image. In black-and-white mode, the camera captures detail by detecting edges and shapes in the image.

Conclusion

NE2D_RGB_FOV90_F2.7 is a highly sensitive and feature-rich image sensor camera, capable of capturing images of different resolutions and field of views. Its wide field of view and support for various image resolutions make it suitable for a variety of applications, such as security and surveillance, machine vision, medical imaging, facial recognition, and AR/VR. The working principle of this camera is based on the use of a CMOS image sensor and a lens assembly, which captures and processes the light.