MT9V024IA7XTRH-GEVB

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The MT9V024IA7XTRH-GEVB is a modern sensor evaluation board which is designed to facilitate testing in an array of applications. This evaluation board is manufactured by Micron Technology, Inc., and it has a wide range of features which enable clear evaluation of the performance of the Micron CMOS image sensors. In particular, the MT9V024IA7XTRH-GEVB evaluation board is designed for evaluation of the MT9V024IA7XTRH 1/2.7-inch, 3 MPixel image sensor, and it is a member of the MT9V024 family of image sensors.

With regard to its application field, the MT9V024IA7XTRH-GEVB is designed for use in cameras for automotive, medical, industrial, and consumer applications. It is also used for machine vision environments where high quality images and low power consumption are desired. The board allows multiple configurations to support the sensor’s multiple imaging features, such as variable image capture, exposure, and gain. In addition, the MT9V024IA7XTRH-GEVB is designed to provide high quality imaging performance with low power consumption, and it is offered in a small package size.

The MT9V024IA7XTRH-GEVB’s working principle is based on the principle of CMOS image sensors. The heart of the board is the image sensor itself, which utilizes the CMOS technology and allows digital and analog processing of the image. The CMOS image sensor consists of two elements: the Pixel Grid Array (PGA) and the Analog-to-Digital Converter (ADC). The PGA contains pixels, which are photosensitive elements that convert incoming light into electrical signals, while the ADC is responsible for converting the analog signals from the PGA into digital signals that can be used by a computer.

The MT9V024IA7XTRH-GEVB evaluation board also utilizes the on-board triggers to acquire images, as well as to control the parameters of the image capture and application environment. Additionally, the board includes integrated timing and control circuits for efficient image capture, and built-in diagnostics. Furthermore, the evaluation board is able to provide flexible user interface options on the board including serial, USB, and Ethernet ports.

In addition, the MT9V024IA7XTRH-GEVB board is also equipped with several features that enable convenient evaluation and customization of the image sensor. It includes the Sensor Explorer GUI (Graphical User Interface), which allows the user to easily configure the parameters of the image sensor, and the Image Sensor Output Paths, which enables seamless integration of the image sensor with the customer’s application.

In conclusion, the MT9V024IA7XTRH-GEVB is a powerful evaluation board which is designed for use in a variety of applications. It utilizes the CMOS image sensor technology to facilitate image capture and control, and it includes integrated timing and control circuits, as well as user interface options, to enable efficient image capture and customization. As such, the board is well-suited for use in cameras for automotive, medical, industrial, and consumer applications, as well as machine vision environments.

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