Multi-purpose Teledyne Flir Bfs-pge-50s4m-c Series [Nfmq2jit]

High-Performance Monochrome Camera with Sony IMX547 Sensor

The Multi-purpose Teledyne Flir Bfs-pge-50s4m-c Series [Nfmq2jit] is a cutting-edge monochrome camera designed for applications that demand high image quality and precision. Engineered with a Sony IMX547 sensor, this camera delivers exceptional performance, making it an ideal choice for scientific research, industrial inspection, and medical imaging. With its 5 MP resolution and 24 FPS frame rate, the BFS-PGE-50S4M-C captures detailed images with exceptional clarity.

Key Features and Specifications

The BFS-PGE-50S4M-C boasts a variety of features that set it apart from other cameras in its class. Its global shutter readout method ensures accurate exposure and minimal motion blur, while the 1/1.8" sensor format and 2.74 µm pixel size provide excellent sensitivity and dynamic range. The camera supports 8-bit, 10-bit, and 12-bit ADC, allowing for flexible data acquisition and processing. Additionally, the BFS-PGE-50S4M-C offers a wide range of acquisition modes, including continuous, single frame, and multi-frame, making it versatile for various applications. Here are some of the key features and specifications:

5 MP resolution and 24 FPS frame rate

Sony IMX547 sensor with 1/1.8" format and 2.74 µm pixel size

Global shutter readout method for accurate exposure and minimal motion blur

8-bit, 10-bit, and 12-bit ADC for flexible data acquisition and processing

Support for continuous, single frame, and multi-frame acquisition modes

Practical Applications and System Configuration

The Multi-purpose Teledyne Flir Bfs-pge-50s4m-c Series [Nfmq2jit] is a versatile camera that can be used in a wide range of applications. Its high resolution and fast frame rate make it ideal for scientific research, such as astronomy, microscopy, and particle physics. In the industrial sector, the camera can be used for quality control, defect inspection, and process monitoring. The BFS-PGE-50S4M-C is also suitable for medical imaging, where its high image quality and sensitivity are crucial. To ensure optimal performance, the camera requires a system configuration that includes a 3.1 GHz or equivalent CPU, 2 GB RAM or more, and a Gigabit Ethernet port. Here are some of the practical applications and system configuration requirements:

Scientific research: astronomy, microscopy, particle physics

Industrial inspection: quality control, defect inspection, process monitoring

Medical imaging: high-quality imaging for diagnostic purposes

System configuration: 3.1 GHz or equivalent CPU, 2 GB RAM or more, Gigabit Ethernet port