AR0130CSSM00SPCAH-S213A-GEVB

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The AR0130CSSM00SPCAH-S213A-GEVB is a sensor evaluation board belonging to the field of Evaluation Boards - Sensors. This evaluation board allows users to test the functionality and performance of the AR0130CS photoreceptor. It provides analog output signal and provides convenient features for image sensor evaluation. This sensor is suitable for applications such as object tracking, automotive vision, bar code scanning, and so on.

Features of the AR0130CSSM00SPCAH-S213A-GEVB

This evaluation board is designed for easy use in the testing of many of the features of the AR0130CS photoreceptor. It offers excellent photo response, low noise, low power consumption, and good waveform characteristics. It has a wide accessible voltage range of 3.3 – 12 V, and a temperature range of -10 to 85°C. Tests can be conducted with exposure times as low as 10 ms.

The board also includes PWM interface and I2C for device configuration and I/O operation. It also features a digital gain control that allows the user to adjust the contrast of the signal. It can be operated in either 8-bit or 10-bit mode, and it supports High Dynamic Range (HDR) output and Auto White Balance (AWB). Additionally, an external reset pin is featured on the board.

Application Field

The AR0130CSSM00SPCAH-S213A-GEVB evaluation board is ideal for use in applications that require precise image sensing. It can be used for medical, industrial, automotive, and surveillance applications. The board has been primarily designed for evaluating the performance of the AR0130CS photoreceptor. However, it can also be used to evaluate other image sensors.

Working Principle

The AR0130CSSM00SPCAH-S213A-GEVB board utilizes two image sensing blocks: a Color (RGB) block, and a Bayer (RGGB) block. These blocks synchronously capture the subject in the viewing window and convert it into a series of electrical signals. The Color Block is responsible for capturing red, green, and blue (RGB) components in response to illumination. Meanwhile, the Bayer Block is responsible for capturing green, red, blue, and green (RGGB) components in response to the same illumination.

The board then uses an on-board programmable array logic (PAL) to convert the analog input signals into digital signals. The PAL contains two programmable blocks that can be configured for various conversion algorithms. The programmable blocks are managed by an on-board microcontroller (MCU), which can be programmed to suit the user\'s requirements. The board also features an on-board buffer memory that stores the digital output signals.

Finally, the digital output signals from the board are used to process the images and calculate various parameters, such as contrast, saturation, and hue. The board also provides useful features such as auto exposure (AE), auto white balance (AWB), and digital zoom. The resulting images can then be used for object tracking, automotive vision, bar code scanning, and many other applications.

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