Teledyne FLIR BFS-U3-04S2M-CS
0.4 MP, 522 FPS, Sony IMX287, Monochrome
Teledyne FLIR BFS-U3-04S2M-CS 0.4 MP, 522 FPS, Sony IMX287, Monochrome
- Part Number
- BFS-U3-04S2M-CS
- Resolution
- 720 x 540
- Megapixels
- 0.4
- Max Frame Rate Standard
- 522
- Sensor Model
- Sony IMX287
- Pixel Size
- 6.9
- Sensor Type
- CMOS
- Sensor Format
- 1/2.9"
- Shutter type
- Global shutter
- Spectrum
- Mono
- Optical Filter
- None
- Lens Mount
- CS-mount
- Synchronization
- Software trigger, hardware trigger, action command
- Data Interface
- USB 3.1 Gen 1
Features
- Acquisition Modes
- Continuous / Single Frame / Multi Frame
- Exposure Control
- Hardware trigger, programmable via camera API, automatic
- Exposure Range
- 4 µs to 30 seconds
- Flash Memory
- 6 MB non-volatile memory
- Gain Control
- Manual, automatic (AGC)
- Image Buffer
- 240 MB
- Image Processing
- Gamma, lookup table, and sharpness
- Partial Image Modes
- Pixel binning, decimation, ROI
- User Sets
- 2 user configuration sets for custom camera settings
Performance
- Absolute Sensitivity Threshold (y)
- 6.81
- Dynamic Range dB
- 74.43
- Gain Range
- 0 db to 47 dB
- QE (Mono)
- 61.82 @530 nm
- Saturation Capacity (e-)
- 22187
- Temporal Dark Noise (Read Noise)
- 3.71
Physical
- Auxiliary Output
- 3.3 V, 120 mA maximum
- Connector
- USB3 Micro-B | Hirose HR10A-7R-6PB
- Digitization Bit Depth (ADC)
- 8-bit, 10-bit, 12-bit
- Dimensions [W x H x L]
- 29 mm × 29 mm × 30 mm
- Mass
- 36 g
- Non-Isolated I/O Ports
- 1 bi-directional, 1 input
- Operating Humidity
- 20 to 80% (no condensation)
- Operating Temperature
- 0° to 50°C (ambient)
- Opto-isolated I/O Ports
- 1 input, 1 output
- Power Consumption [Maximum]
- 3 W
- Power Requirements
- 8-24 V via GPIO or 5 V via USB3
- Serial Port
- Supported
- Storage Humidity
- 30 to 95% (no condensation)
- Storage Temperature
- -30° to 60°C
Lead Times Vary, subject to existing open orders & stock availability.
Full Manufacturer Warranty
Contact us>> for special pricing over 5 pieces.
Features~
Choice of CMOS global shutter, polarization, and high-sensitivity BSI sensors. Color transformation tools ensure true- to-life color. Advanced auto-algorithms or precise manual control.
Support for a wide range of operating systems and host system hardware architectures. Easily switch to board level models for embedded systems. Simplified product iteration with consistent form factor across sensor sizes.
Compatible with third party software and hardware. Less code-writing required using powerful on-camera features. Quickly build custom applications with rich sample code and descriptive API logging.