CASPEX Space Camera Head – 1.3 SWIR (3DCM800 / 3DCM828)
User-reconfigurable FPGA-Based Architecture
- High-end FPGA (500K System Logic Cells)
- 8Gb DDR3 and 48Gb NAND Flash memories
- TMR SPI NOR configuration memory
- LVDS, GPIO, JTAG
- Maximum power consumption < 8 W
More features
- One single 5V input power supply needed
- Integrated temperature sensors
- Dedicated Thermal/Mechanical interfaces
- TID 40 krads / SEL immune up to LET > 60 MeV.cm2/mg
- Operating Temperature Range: -40°C to +70°C
- Ultra-miniaturized SWIR CMOS Camera Head (40x40x44 mm, weight <125g) with PGA package
1.31 Mpixels SWIR global shutter InGaAs image sensor
- 1280 (H) x 1024 (V) square active pixel array
- Visible + SWIR Spectral Response: 0.4 – 1.7 μm
- Read noise : 240e-, Full Well Capacity > 170ke-
- Multiple modes (All-pixel scan, Readout, subsampling, ROI), 8/10/12 bits modes
- 134/125/71 frame/s in 8/10/12 bit in all-pixel scan
- Up to 3270 frame/s for smaller ROI mode
mode
Description
The 3DCM830 SWIR Space Camera Head is a high-density, high-performance, high-resolution SWIR Camera Head for space applications.
Applications
- Source tracking (Satellite to Satellite IR communications)
- Earth observation, Atmosphere Monitoring,
- Spectrometry
- Star tracking
