MT9V032C12STCH-GEVB

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The MT9V032C12STCH-GEVB from Ams semiconductor electronic device is an image sensor evaluation board which is based on the Ams MT9V032 image sensor. It is useful for applications related to medical imaging, portable imaging, and surveillance. Its features include low voltage, low power consumption, and 12-bit resolution.

The image sensor used in this evaluation board is an Ams MT9V032, which is a 1/4-inch digital CMOS image sensor with an activearray of 640H x 480V. The MT9V032 supports both SMIA (CCD) and CMOS formats. The sensor can deliver a frame rate of 30 frames per second (fps) in VGA resolution. It also has a built-in programmable digital signal processor for image signal processing.

The MT9V032C12STCH-GEVB evaluation board uses an Ams MT9V032 image sensor. It also has an FPC connector, an LED array, and a red-green-blue (RGB) connector for connecting the image sensor to an external circuit. The FPC connector enables easy access to the image sensor’s I2C bus, which is used for programming and controlling the image sensor.

The MT9V032C12STCH-GEVB also includes an onboard microcontroller and memory for storing programming parameters, making it easier to configure the device for application-specific tasks. The evaluation board includes an RS232 serial port, making it easier to connect the board to a PC. The evaluation board is powered by a 9V battery, so it can be used anywhere, without the need for a power adapter.

The evaluation board features a built-in high resolution shock and vibration resistant CMOS image sensor which features a resolution of 8.1 Megapixels (MPx) and a maximum frame rate of 30 frames per second. The image sensor also features high photometric performance which can deliver images of superior clarity and detail. The image sensor also features a temperature range of -20°C to 70°C, so it can be used in a wide variety of environmental conditions.

The MT9V032C12STCH-GEVB also includes an onboard power management system which allows for efficient power management and high speed operation. The power management system is designed to conserve power when the image sensor is idle, and to deliver high speed operation when the image sensor is active. The evaluation board also includes an activated-low reset circuit which allows the user to reset the image sensor without having to cycle power.

The MT9V032C12STCH-GEVB evaluation board is designed to work with a wide variety of image sensors, including the MT9V032, MT9M031, and MT9D011. It is designed to enable developers to integrate image capture and image processing capabilities into their applications. Developers can program the board to process the images they capture, so they can add features such as face recognition, object recognition, and image stabilization.

The MT9V032C12STCH-GEVB evaluation board is a valuable tool for image capture, image processing, and application integration. Its low voltage and low power consumption ensures that it can be used in a variety of applications. The board is also easy to use, with a built-in microcontroller for programming, a serial port for PC connectivity, and an onboard power management system. It is a flexible, easy-to-use image sensor evaluation board that can be used for a variety of applications.

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