![]() ![]() ConstructionĬCD chips record the pixels (when light strikes) on the chip and then send these pixels one after the other. Mentioned below are a few other factors that differentiate these sensors. Images should be free from any distortions. The most important point to consider while looking at image sensors is the clarity of the images. You can spot the difference for yourself! Before we start with the discussion, here is a comparative picture taken from cameras that use CCD image sensor and CMOS image sensor. We, have put forth a discussion regarding the best and worst of both these sensors. While a few devices work well with CMOS active pixel sensors, few others are best suited for CCD sensors. The reason for this is the ever-evolving field of technology. The debate on which is the best sensor has been on for quite a while without any conclusive results. Though both the sensors work on the same principle, there are differences in their functioning. CCD stands for charge-coupled device while CMOS stands for complementary metal-oxide semiconductor. The digital photography arena has seen the rise of two of the most widely used sensors: CCD and CMOS. Image sensors convert an optical image to an electrical signal, i.e., these sensors sense the light coming through the camera lens and convert them into images. ![]() DALSA Semiconductors have developed a 100+ Million Pixel CCD Image Sensor Chip, which is the world’s highest resolution image sensor chip till date. ![]()
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