CMV2000-3E12M1CA

The CMV2000-3E12M1CA is a high-speed, high-resolution CMOS image sensor designed for use in industrial and scientific imaging applications. This sensor features...

Key Features

• High Resolution: The CMV2000-3E12M1CA offers a resolution of 2048 x 1088 pixels, providing detailed imaging capabilities.
• High Speed: With a frame rate of up to 340 frames per second, this sensor is suitable for fast-moving imaging applications.
• Global Shutter: The global shutter functionality allows for distortion-free capture of fast-moving objects.
• Low Noise: The sensor offers low noise performance, ensuring high-quality imaging results.
• High Dynamic Range: The CMV2000-3E12M1CA features a wide dynamic range, allowing for accurate capture of both dark and bright areas in the same scene.

Note: For detailed technical specifications, please refer to the CMV2000-3E12M1CA datasheet.

Application

• Machine Vision: This sensor is ideal for use in machine vision systems for quality control, inspection, and measurement applications.
• High-Speed Imaging: The high frame rate of the CMV2000-3E12M1CA makes it suitable for high-speed imaging in industrial and scientific settings.
• Scientific Imaging: The sensor can be used in scientific research applications for capturing high-resolution, high-speed images.

Functionality

The CMV2000-3E12M1CA is designed to capture high-resolution images at high frame rates, making it suitable for demanding imaging applications in industrial and scientific fields.

Usage Guide

• Integration: Connect the sensor to a compatible image processing system using the provided interface and power connections.
• Configuration: Adjust the sensor settings as needed to optimize image quality and capture parameters.
• Image Capture: Use the sensor to capture high-resolution images at the desired frame rate for analysis or processing.

Frequently Asked Questions

Q: Can the sensor be used in low-light conditions?
A: The CMV2000-3E12M1CA offers low-noise performance, making it suitable for imaging in various lighting conditions, including low-light environments.