Princeton Instruments Quad-RO
The advanced high-performance, fully integrated, 4-port readout, thermoelectrically cooled Quad-RO: 4096 camera with electronically balanced quadrants, dual speed readout, on board memory to guarantee images w/o losses, capability to read images at 4-port or single port and industry standard firewire (IEEE 1394a) interface is designed for indirect imaging of X-rays or other Lambertian sources. The ability to exchange phosphors in the field using a unique design, with fiberoptic extending outside the vacuum, delivers flexibility to optimize system performance at the desired x-ray energy. When used with the software-selectable dual speed operation and gains, the system can be optimized for any demanding applications. The GdOS:Tb phosphor screens are available for 8, 12 and 17 keV at an emission wavelength of 550 nm. Contact your area sales specialist or the factory for CsI:Tl phosphor screens. Key Features and Benefits Electronically balanced quadrants to deliver extremely uniform raw image Industry standard firewire (IEEE 1394a) interface Two readout speeds / port Four port and single port readout options On board memory to guarantee loss free images Unique mechanical design with fiberoptic extended outside vacuum allows system performance optimization with custom phosphor screens Image files compatible with FIT2D software from ESRF Thermoelectrically Peltier cooling for vibration free operation
Princeton Instruments
Quad-RO
The advanced high-performance, fully integrated, 4-port readout, thermoelectrically cooled Quad-RO: 4096 camera with electronically balanced quadrants, dual speed readout, on board memory to guarantee images w/o losses, capability to read images at 4-port or single port and industry standard firewire (IEEE 1394a) interface is designed for indirect imaging of X-rays or other Lambertian sources. The ability to exchange phosphors in the field using a unique design, with fiberoptic extending outside the vacuum, delivers flexibility to optimize system performance at the desired x-ray energy. When used with the software-selectable dual speed operation and gains, the system can be optimized for any demanding applications. The GdOS:Tb phosphor screens are available for 8, 12 and 17 keV at an emission wavelength of 550 nm. Contact your area sales specialist or the factory for CsI:Tl phosphor screens.
Key Features and Benefits
- Electronically balanced quadrants to deliver extremely uniform raw image
- Industry standard firewire (IEEE 1394a) interface
- Two readout speeds / port
- Four port and single port readout options
- On board memory to guarantee loss free images
- Unique mechanical design with fiberoptic extended outside vacuum allows system performance optimization with custom phosphor screens
- Image files compatible with FIT2D software from ESRF
- Thermoelectrically Peltier cooling for vibration free operation
Best of the Week: Hawaii’s Hidden Geology, Waters Announces Software Update
May 9th 2025Top articles published this week include an announcement from Waters Corporation, a news story about the hidden geology of the Big Island of Hawaii, the latest “IR Spectral Interpretation” column, which focuses on analyzing carbonyl compounds, and wearable spectroscopy sensors.
New AI Model Accelerates Infrared Imaging for Protein Analysis, Study Reveals
May 7th 2025A new study led by Ayanjeet Ghosh of the University of Alabama presents a transformative approach to analyzing infrared (IR) imaging data, with promising implications for neurodegenerative disease research.
Wearable fNIRS Sensor Tracks Cognitive Fatigue in Real Time
May 7th 2025Researchers have developed a wireless, wearable brain-monitoring device using functional near-infrared spectroscopy (fNIRS) to detect cognitive fatigue in real time. The miniaturized system enables mobile brain activity tracking, with potential applications in driving, military, and high-stress work environments.
