Used PHYSICAL ELECTRONICS / PHI 5600 #9200534 for sale

PHYSICAL ELECTRONICS / PHI 5600 is an x-ray analytical instrument. It is an interdependent equipment comprised of a multi-reflection x-ray monochromator (MRX), coupled to a high-performance detector unit. The system is capable of performing a wide range of shallow-level secondary electron and x-ray emission spectroscopy (XES/XPS) analysis. The main components of PHI 5600 unit include the instrumentation setup of source, chamber, analyzer and detector. The source is a multi-reflection x-ray monochromator which generates collimated, monochromatic x-ray beams with energies regulated through the selection of particular energy line filters. The beams are directed to the interior of the vacuum chamber where a sample is mounted for analysis. The surface of the sample is bombarded by the monochromatic x-ray beam which causes sputtering material off the sample surface, as well as the emission of secondary electrons. The analyzer of the machine is used to separate the x-ray and secondary electrons based on their kinetic energies. The detector unit records the signals produced when the x-rays and secondary electrons pass through a Faraday cup. The signal is then transferred to a computer tool for analysis. PHYSICAL ELECTRONICS 5600 asset provides a wide range of information such as element sensitivity, excitation state, energy resolution, intensity, and depth profiling. It is also capable of performing surface chemical mapping, measurement of peak lifetime, Auger characterization, and quantification of binding energies. The model is useful in a variety of scientific applications including materials analysis, nanometer-scale surface characterization, thin-film analysis, and corrosion/contamination monitoring. The benefits of 5600 equipment include a high signal-to-noise ratio, a low surface sensitivity, and a high degree of sample coverage. Additionally, the instrument allows for quick and easy source alignment as well as the movement of samples without compromising the analytical results. The system is designed to be easy to use, allowing users to carry out their experiments quickly and efficiently.