29th Jul, 2021
Laue cameras are a core part of the Photonic Science product offering. This article looks at the working principles of diffraction Laue cameras and to give some insight into what makes our Laue crystal orientation systems so special. Laue diffraction is an extremely valuable tool for investigating the structure and orientation of a single-crystal material….
22nd Jul, 2021
Extended SWIR cameras with responsivity from 1100nm to 2200nm, are now available with both qVGA and VGA 640×512 resolution. These cameras are used for applications where response in 2200nm is essential, for instance hyper spectral imaging where spectral reflectance exceeds the traditional 900 -1700nm spectral range. Also used for laser profiling, alignment and detection for…
14th Jun, 2021
The Hawkeye 4123 sCMOS camera features a state of the art BAE Fairchild sCMOS 4123 sensor with 0.5 electron readout noise, very low dark current and low defective pixel count. Thanks to the proprietary back illumination process and thermoelectric cooling, the new Hawkeye 4123 camera allows uncompromised low light level imaging performances down to starlight…
4th Jun, 2021
High resolution X-ray scan for Ball Grid Array inspection. Photonic Science X-ray sCMOS 16.8 megapixel camera used for high resolution sequence scan of industrial Ball Grid Array (BGA). The bond wires and tracks of BGA industrial grade FPGA can clearly be seen in the short video below. Acquisition was performed over a 7 x 7…
22nd Mar, 2021
The detection of a neutron requires indirect methods due to the fact that this subatomic particle is neither negatively nor positively charged. Neutrons do not ionize and do not interact directly with electrons in way like electromagnetic radiation does, for example X-rays. When neutrons hit a target material they interact in such a way that…
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