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Solar Blind UV Image Intensifier
Solar Blind UV Image Intensifier
Performance parameter | Minimum | Typical | Maxium | Unit |
Photocathode sensitivity | 35 | 40 | mA/W | |
Gain | 10 5 | 106 | ||
Maximum output brightness | 2 | 17 | Cd/m2 | |
Resolution | 32 | 40 | Lp/mm | |
Input voltage | 2 | 2.7 | 3.4 | Volt |
Input current | 25 | mA | ||
Output uniformity (at2856K) | 1.8 : 1 | 3:01 | ||
Weight (18mm) | 80 | 95 | grams | |
Useful input diameter | 17.5 / 24.5 | mm | ||
Shock | 5000 | m/s 2 | ||
Vibrate | 25 | m/s 2 | ||
Working temperature:2h | -45 | 52 | ℃ | |
Storage temperature:2h | -55 | 70 | ℃ | |
Long-term: | 5 | 35 | ℃ | |
Muggy(+45℃、95%) | 6 | h | ||
Magnification | 1 | |||
Mass | 80g | |||
MTTF | 10000h |
Spectrum response of Solar Blind Ultraviolet(UV) is 200-280nm. Solar Blind UV Image Intensifiers is a double wafer focusing tube using quartz glass input window which allows ultraviolet light passing through.
The output window can be FOP twister or straight FOP. NVT successfully developed Solar Blind UV Image
Intensifiers based on the mature technology of Image Intensifiers.
With our unique technology, Solar Blind UV Image Intensifiers can transform the weak, hurtless ultraviolet images to visible images.
The key components in this UV Image Intensifier are TeCs photocathode, double MCP, Aluminumevaporated phosphor, and integrated power supply
- No interference of the visible spectrum
- Double MCP
- CCD for digital files and disposal
- Proximity focused – low distortion
- Gain, output brightness is adjustable