MT9D115D00STCK25AC1-200

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Image sensors are an important component of cameras, as they allow for accurate senting and data capturing. The MT9D115D00STCK25AC1-200 is a highly efficient image sensor designed for use in cameras. This article will discuss the application field and working principle of this bridge type image sensor.

Application Field of MT9D115D00STCK25AC1-200

The MT9D115D00STCK25AC1-200 is a high-resolution 1.3 megapixel color CMOS image sensor with a 12-bit parallel output. It is ideal for use in digital still cameras, HD video cameras, document scanners, facial recognition systems, car recognition, security systems, and other imaging-related products. The sensor has an excellent dynamic range, and its small size makes it perfect for use in camera modules with limited space. It is also capable of capturing 1080p frames at up to 45 frames per second, making it a great choice for high-definition video applications.

Working Principle of MT9D115D00STCK25AC1-200

The MT9D115D00STCK25AC1-200 image sensor uses a CMOS bridge architecture to capture images. This type of architecture is highly versatile, and allows for the capture of high-resolution images with minimal power consumption. The sensor utilizes a 4T-Pixel design, which use four transistors for each pixel instead of the typical three transistors used in other types of image sensors. This results in a better signal-to-noise ratio and higher image quality. As the sensor is designed with high dynamic range in mind, it is capable of capturing a wide range of illumination levels from bright sunlight to near darkness. In addition, the sensor has an internal analog to digital converter, which allows for more efficient data processing and improved image quality.

The MT9D115D00STCK25AC1-200 image sensor is capable of capturing images in various formats, including YUV, RGB, and CbYCr. It is also capable of capturing images in various aspect ratios, including 4:3, 3:2, and 16:9. The sensor has an onboard image processing unit, which can be used to apply various image enhancements, such as sharpness, contrast, and hue/saturation control. The image processor is also capable of noise reduction, and can be used to reduce motion blur, improve color accuracy, and reduce “marine-like” noise.

The MT9D115D00STCK25AC1-200 image sensor has a wide range of I/O interfaces available, including NTSC/PAL, MIPI-CSI (Camera Serial Interface), Parallel RGB, and Serial Peripheral Interface (SPI). This makes it highly adaptable for a variety of applications. In addition, the sensor has an on-chip temperature sensor, allowing for precise temperature compensation and improved image quality.

The MT9D115D00STCK25AC1-200 image sensor is an efficient and powerful image sensor, designed for use in cameras. It has an excellent dynamic range, a small form factor, and is capable of capturing high-resolution images with minimal power consumption. The onboard image processor allows for enhanced image control, and its wide range of I/O interfaces makes it suitable for many different applications. The sensor is perfect for use in digital still cameras, HD VIdeo cameras, facial recognition systems, and other imaging-related products.

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