Image Sensors, Camera: NOIP3SN1300A-QDI application field and working principle

NOIP3SN1300A-QDI is an image sensor product from Shenzhen NOIP3 Technology Co., Ltd., it features WDR, time-temperature, snapshot and other functions. It is suitable for scenarios such as monitor equipment, industrial camera, medical equipment, etc. What are the specific application fields of NOIP3SN1300A-QDI and how does it work?

Application field of NOIP3SN1300A-QDI

NOIP3SN1300A-QDI has been widely used in various application fields, such as distance education and teaching, traffic monitoring, medical imaging, industrial intelligent manufacturing, intelligent transportation, advanced driver assistance systems, etc. Its excellent performance, low power consumption and convenience for deployment have made this product a go-to choice for many experts and users.

NOIP3SN1300A-QDI advanced image processing core adopts a 3-megapixel CMOS full HD sensor, which can be quickly and accurately captured no matter in day and night, it also supports image wavelength control, parameter adjustment and sensors white balance adjustment.

The wide dynamic range of the NOIP3SN1300A-QDI creates more vivid image details in the sunlight and night. In addition, it provides various lens ports, which can provide a 240° horizontal view and a 180° vertical view, providing a wider vision than most normal lenses.

In addition, the industry-leading video processing algorithm allows for better details and sharper edges, and the user experience is improved for all applications. Moreover, the product also supports 2D/3D noise reduction, real-time 30 frames/s frame rate, and supports Auto-Tracking functions.

Working principle of NOIP3SN1300A-QDI

Simplify the working principle of NOIP3SN1300A-QDI, its core is CMOS image sensor. CMOS is composed of millions of photosensitive points. When light passes through the lens, the photosensitive points at the bottom are stimulated by the light. The photosensitive points are converted into an analog electronic signal from the dark current of the photosensitive point. This analog signal is amplified in the image amplifier and then converted into a digital signal by an analogue-digital converter. Finally, the digital signal is sent to the digital processor, and the processor sends it to the output interface and displays high-definition video images.

Conclusion

In short, the application field of NOIP3SN1300A-QDI is quite broad and can apply to a variety of scenarios. At the same time, its core principle revolves around the CMOS image sensor. Its excellent performance and low power consumption promote it to be widely used in image monitoring, medical imaging, intelligent manufacturing and other fields.