MT9M034I12STM-DPBR1

Image Sensors, Camera technology is important to a variety of applications, including industrial, automotive, and consumer. The MT9M034I12STM-DPBR1 is an image sensor specifically designed to meet the high-performance requirements of today’s advanced image capture applications. This article will discuss the application fields of MT9M034I12STM-DPBR1 and the underlying working principle.

Application Fields

The MT9M034I12STM-DPBR1 is used in a wide variety of applications due to its high performance and flexibility. These applications include automotive and industrial imaging, medical imaging, machine vision, surveillance, and aerospace. For these applications, the camera output at high speed, resolution and wide dynamic range are important.

In the automotive field, with the help of the functionality of the MT9M034I12STM-DPBR1, high resolution imaging at night or in poor weather conditions is enabled. This provides enhanced safety for both passengers and the vehicle as a whole. In industrial applications, the camera is often used for quality control, process control, and robotic vision. In the medical field, the high resolution images are utilized in medical research. In machine vision, the camera is used for facial recognition, motion tracking, and object identification.

In surveillance applications, the MT9M034I12STM-DPBR1 is used to provide high resolution images that can record activities in an area of interest. The camera is also used in satellite imagery and aerospace engineering, where it is used to capture high resolution images that provide valuable information to scientists and researchers.

Working Principle

At the core of the MT9M034I12STM-DPBR1 is a rolled CCD image sensor. These CCDs are used in a large variety of applications since the CCD absorbs light and converts it into digital signals. This makes them ideal for use in digital image capture applications, such as those mentioned above. The CCD in the MT9M034I12STM-DPBR1 is an indexed 4K with 8.45 megapixels. This makes it capable of capturing high resolution images with excellent detail.

The MT9M034I12STM-DPBR1 also uses a rolling shutter technology. This technology allows for the CCD to move across an image multiple times, with each pass capturing a different slice of the image. This makes it possible to capture high resolution images with excellent detail in a much shorter amount of time than a standard shutter technology would.

With the rolling shutter, the CCD is moved in a near linear fashion, with the start and end points of the movement predetermined and held constant. This means that the motion of the CCD is extremely consistent, resulting in highly accurate and detailed images. Furthermore, the rolling shutter of the MT9M034I12STM-DPBR1 is also extremely fast, with a maximum integration time of just 6ms.

Conclusion

The MT9M034I12STM-DPBR1 is a powerful imaging tool for a number of applications. Its indexed 4K rolling shutter CCD makes it capable of capturing high resolution images with excellent detail. The rolling shutter technology also makes it extremely fast and accurate. The MT9M034I12STM-DPBR1 is used in a variety of applications, including automotive, industrial, medical, aerospace, and surveillance applications.