An Open Access Journal
From: A high speed tri-vision system for automotive applications
Parameter | Result achieved |
---|---|
Resolution | 640 × 480 Progressive scan |
Output format | 10 bits digital |
Sensor fabrication technology | 0.18 µm CMOS monochrome |
Resolution | 640 × 480 Progressive scan |
Optical format | 1/3″ |
Colour depth | 10 bits monochrome |
Pixel size | 6 µm × 6 µm |
Pixel rate | Max 27 MHz |
Integration time | 20.8 µs up to 1.36 s |
Optical dynamic range (non-lin) | 123 dB |
Sensor power supply (Anlg/Dig) | 3.3 V / 1.8 V |
Spectral range | 350–1,050 nm |
Electronic shutter | Global Shutter |
Anti-blooming feature | Yes |
Region of interest (ROI) mode | Yes |
Multiple ROI mode | Yes: 8-Way |
Sensor configuration interface | I2C |
Camera configuration | Software |
Camera configuration interface | Serial: RS232 |
Camera frame rate (full format) | 59.8 fps Max @ 24 MHz |
Camera frame rate (10 k ROI) | 750 fps Max @ 24 MHz |
Camera pixel rate | 24 MHz (max 27 MHz) |
Image transport lag | 1 frame duration |
Configuration interface speed | 9,600 or 19,200 Baud |
Camera dimensions (W × H × D) | 54 × 54 × 37 mm3 |
Video interface | Single Base Camera-Link™ |
Safely aspects | Over-voltage, over-current, polarity-inversion protected |
Stream synchronisation | < 1 ns (<< 1 pixel clock cycle) |
Power supply | 36 V to 75 V dc |
Power consumption (at 50 fps) | 3.44 W |
Image sensor package | CLCC 84 |
Lens port | C-Mount |
Lens focal length | 12 mm |
Lens aperture | f /1.3 |
Operating temperature | 0° to +40°C |