AX102426

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AX102426 is an active pixel sensor designed for imaging applications used in a variety of industries and applications. It is a hybrid image sensor that combines the advantages of CMOS and CCD technology. The device has a 3.6 µm × 3.6 µm pixel pitch, making it ideal for applications that require small resolution images such as medical imaging, automotive, security, aerospace, robotics, and machine vision applications.

The AX102426 has a 1/4-inch optical format and a high dynamic range of up to 12 stops. The CMOS sensor also offers low noise, low power consumption, fast frame rate, and high light sensitivity. The device has a charge domain readout and a 32x32 array of pixels for superior performance and excellent image quality.

The AX102426 active pixel sensor is used in a wide range of applications. It can be used to capture images in low-light and high-contrast environments, as well as to detect motion and change in an image. It is also used in medical imaging applications to detect diseases in tissue or provide guidance for minimally invasive treatment.

In automotive applications, the AX102426 is used for driver monitoring and automated safety applications such as autonomous emergency braking systems, or AEB. The device can also be used for automotive navigation, facial recognition, and lane departure warning systems. In the aerospace and military industries, the sensor is used for applications such as navigation, surveillance, and obstacle detection.

The AX102426 pixel sensor can also be used in various robotics applications including object recognition, navigation, and path planning. It can be used to detect objects and obstacles in order to ensure the safety of the robot. In machine vision applications, the sensor is used to detect the presence or absence of objects and provide data for inspection and quality control.

The working principle of the AX102426 active pixel sensor is based on the charge domain readout which allows pixels stored in a memory area to be read out. The sensor has 32 rows and 32 columns of pixels that are connected to the column address multiplexer and the row address multiplexer. The Multiplexers transmit the digital signals that read the pixels and their corresponding addresses. The integrated column address decoder translates the digital signal to the row and column addresses of the pixels. Once the addresses are determined, the data stored in the pixel memory cell can then be read out.

The AX102426 active pixel sensor offers a wide range of applications in several industries. Its high dynamic range, fast frame rate, and low power consumption make it ideal for use in imaging, medical imaging, automotive, security, aerospace, robotics, and machine vision applications. With its charge domain readout and 32x32 array of pixels, the sensor provides superior performance and excellent image quality.

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