SECO B161S-E176 可编程控制系统

SECO B161S-E176 可编程控制系统 

SECO B161S-E176 可编程控制系统 

随着机器视觉的发展，B161S-E176越来越多的工业生产线会引入图像传感器来提高生产效率和质量，预计该领域年复合增长率18％，2020年销售额8．97亿美元。

其实，CMOS图像传感器最初应用于工业图像处理，B161S-E176在那些旨在提高生产率、质量和生产工艺经济性的全新自动化解决方案中，它至今仍然是至关重要的图像解决方案。

在CMOS图像传感器中，电荷转换成电压的工作是在每一像素上进行。CMOS图像芯片在像素级把电荷转换成电压，而大部分的功能则集成进芯片。这样所有功能可通过单一电源工作，B161S-E176并能够实现依照感兴趣区域或是开窗灵活读出图像。 一般来说，CMOS是基于用于数字集成电路的标准CMOS工艺技术生产，再根据客户要求加入成像功能（如嵌入式光电二极管） 。

CMOS传感器的生产成本低，拥有经改进的系统复杂性，因为它基本上是嵌入了如模数转换、相关双采样（CDS）、时钟生成、稳压器等系统级芯片（System－On－Chip，SOC）结构，B161S-E176或是影像后处理等功能，而这些以前都是

SECO B161S-E176 可编程控制系统 

With the development of machine vision, more and more industrial production lines will introduce image sensors to improve production efficiency and quality, and the field is expected to grow at a compound annual growth rate of 18%, with sales of $897 million in 2020.

In fact, CMOS image sensors were originally used in industrial image processing, and the B161S-E176 continues to be a crucial image solution in new automation solutions designed to improve productivity, quality and production process economics.

In CMOS image sensors, the conversion of charge into voltage is carried out at each pixel. CMOS image chips convert charge into voltage at the pixel level, and most of the functions are integrated into the chip. In this way, all functions can be operated from a single power source, the B161S-E176, and the image can be read flexibly according to the area of interest or by opening the window. In general, CMOS is based on the standard CMOS process technology for digital integrated circuits, and then adds imaging functions (such as embedded photodiodes) according to customer requirements.

CMOS sensors have low production costs and improved System complexity because they are essentially embedded with system-on-chip (SOC) architectures such as analog-to-digital conversion, correlated double sampling (CDS), clock generation, voltage regulators, B161S-E176, or image post-processing, which were previously available