FQ-S20100N

The FQ-S20100N is one of the most advanced imaging solutions available today for machine vision applications. It combines affordability, light sensitivity, and resolution in one compact device. The camera is capable of capturing full resolution images at up to 12 frames per second, making it suitable for measurements, analysis, and monitoring of various processes.

The FQ-S20100N is a CMOS linear image sensor that is suitable for use in a variety of applications, such as inspection systems, machine vision systems, biomedical diagnostic systems, and surveillance systems. The sensor is based on an 24 µm² photodiode die, which is equipped with an advanced embedded controller to optimize image capture and processing. The images are digitized and can be easily stored and transferred.

The FQ-S20100N offers a combination of advanced imaging performance and flexibility. The sensor has a global shutter, which allows image acquisition in true random access mode. This enables imaging and analysis of fast moving objects and features. Furthermore, the camera supports innovative features, such as image pre-processing, RGB correction, and ROI (Region of Interest) scaling. These features make it easier to acquire and analyze images in real-time.The FQ-S20100N has a wide field of view of 61.5°, which allows for a large area to be monitored and analyzed with one unit. Additionally, its small size and low power consumption make it ideal for application in the field, including remote monitoring. The camera is also able to capture images in diffuse light and near-infrared radiation, making it suitable for automotive and medical applications.

The working principle of the FQ-S20100N is based on a linear array of photodiodes. The linear array is composed of a two-dimensional array of individually addressable pixels. When a voltage is applied to one of the pixels, it generates a current depending on the amount of light incident on the pixel. The current in turn is converted to a digital number, which is used to form the image data. The digital images from all the pixels are collected and processed in the camera’s processor.

The captured images can then be further processed, using image pre-processing techniques. These techniques can be used to enhance the contrast or reduce noise. The processed image data is then transferred to the host system, where it can be used for further analysis and monitoring.

The FQ-S20100N is an ideal solution for machine vision applications. With its high resolution, light sensitivity, and wide field of view, it is suitable for a variety of tasks. In addition, its low power consumption makes it suitable for the field. Furthermore, its advanced features make it an ideal choice for applications that require real-time image processing.