Multi-purpose Teledyne Flir Bfs-u3-200s6m-bd2 - Going Fast [PMNnw2uE]

Teledyne FLIR BFS-U3-200S6M-BD2 20 MP Camera

Introducing the Teledyne FLIR BFS-U3-200S6M-BD2, a cutting-edge 20 MP camera designed for high-performance imaging applications. This versatile camera boasts a 17 FPS frame rate, ensuring smooth and efficient operation. The Sony IMX183 sensor, paired with a mono color filter array, delivers exceptional image quality and clarity. With its advanced features and robust design, the BFS-U3-200S6M-BD2 is the ideal choice for professionals seeking top-tier imaging solutions.

Key Specifications and Features

The BFS-U3-200S6M-BD2 is equipped with a 5472 × 3648 resolution sensor, offering a wide field of view and detailed imagery. The camera supports 10-bit and 12-bit ADC for accurate data capture, and features a rolling shutter with global reset for optimal image stability. The BFS-U3-200S6M-BD2 is compatible with various lens mounts, allowing for easy integration with different systems. Here are some of its standout features:

• High-resolution imaging: Capture stunning images with a 20 MP sensor and 5472 × 3648 resolution.
• 17 FPS frame rate: Enjoy smooth and efficient image capture for high-performance applications.
• Sony IMX183 sensor: Experience exceptional image quality and clarity with this advanced sensor technology.
• 10-bit and 12-bit ADC: Ensure accurate data capture for precise image processing.

Applications and Benefits

The Teledyne FLIR BFS-U3-200S6M-BD2 is an invaluable tool for a wide range of applications, including scientific research, industrial automation, and security surveillance. Its high-resolution imaging capabilities make it ideal for detailed analysis and observation. Here are some of the benefits of using this camera:

• Scientific research: Conduct precise measurements and analysis with high-quality imagery.
• Industrial automation: Monitor and optimize manufacturing processes with real-time imaging.
• Security surveillance: Enhance safety and security with clear, detailed imagery.