The ON Semiconductor AR0234CSSM28SUKA0-CR is a high-performance CMOS digital image sensor that offers cutting-edge imaging technology for a myriad of applications. This sensor is designed to capture high-quality images with increased sensitivity, low noise, and dynamic range. It is well-suited for industrial, automotive, surveillance, and consumer electronics markets, where reliability and image clarity are paramount.

Key Features:

• Resolution: The AR0234CSSM28SUKA0-CR boasts a resolution of 2.3 Megapixels, providing clear and detailed images suitable for high-definition video applications.
• Pixel Size: With a pixel size of 3 µm x 3 µm, it captures more light, enhancing low-light performance which is crucial for security cameras and advanced driver-assistance systems (ADAS).
• Frame Rate: A high frame rate capability allows for smooth video capture and is particularly beneficial in applications where capturing fast-moving objects is necessary.
• Shutter Type: The global shutter feature of this sensor ensures that images are captured simultaneously across the entire frame, eliminating the distortion typically found with rolling shutters in fast-moving scenes.
• Optical Format: The sensor has a 1/2.6-inch optical format, making it compatible with a wide range of lenses and optical systems.

Performance and Quality:

The AR0234CSSM28SUKA0-CR sensor is designed to deliver exceptional image quality with its advanced pixel technology. It operates in both color and monochrome modes, providing versatility for different imaging requirements. The sensor's high dynamic range ensures that both bright and dark areas of an image are captured with clarity, reducing the need for post-processing and allowing for real-time image analysis.

Applications:

• Industrial Machine Vision Systems
• Automotive and ADAS
• Surveillance and Security Cameras
• Consumer Electronics

Technical Specifications:

Overall, the AR0234CSSM28SUKA0-CR from ON Semiconductor represents a robust imaging solution that meets the demands of modern applications requiring high-quality, real-time visual data.