OpenView is a new device based on the extension of microbolometric infrared camera dedicated to measurement and analysis of monochromatic optical beam and large spectral band from UV to Terahertz waves.
NeTHIS offers a cost-efficient and versatile device suited forbeam analysis and metrology of wide ranges of commercial and laboratory Infrared, Terahertz and sub-Terahertz sources.
ey Benefits:
High spectral agility (0,1 -> 3000µm ) covering the UV, visible, SWIR, MWIR, LWIR and terahertz domains
The largest detection surface area > 60x60mm
Compact uncooled Infrared technology
Dedicated to a large diversity of coherent and non coherent sources:
Solid-states Lasers
Fiber Lasers
Quantum Cascade Lasers (QCL)
Molecular Lasers (Excimers, CO2, ...)
Diodes and electronic terahertz and microwave oscillators (Gunn, BWO, ...)
Free electron lasers, black-body radiation
Suited for High-power lasers sources
Figures
OpenView offers the largest spectral sensitivity homogeneity from the infrared to the terahertz field
Technical specifications
Typical Parameters of OpenView
Product size | 90*90*200mm3 |
Working Temperature | Room temperature |
Supply voltage | Sector voltage |
Plug-in | IEEEI394/Ethernet |
Sensitive detection area | 70*70mm2 |
Pixel size | 100µm |
Soectral range | 0.1-3000µm |
Damage threshold | >1W/cm2 |
Minimum messurable signal | <1nW/pixel |
Applications
Metrology and laser beam analysis
(laboratories, R&D centers, industries)
2D and 3D beam metrology and analysis
Optimization and sources alignment (continuous or pulsed)
Multispectral sources characterization