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Yeniay, Experimental study on km-range long-distance measurement using silicon photomultiplier sensor with low peak power laser pulse, Appl. Ide, Low-light photodetectors for fluorescence microscopy, Appl. Sjölin, Photon-counting X-ray detectors for CT, Phys. Podgorski, Two-photon imaging with silicon photomultipliers, Opt. Aswal, Evolution of measurement system and SI units in India, MAPAN-J. Ota, Photon counting detectors and their applications ranging from particle physics experiments to environmental radiation monitoring and medical imaging, Radiol. Kulkarni, Depolarization ratio measurement using single PMT in micro pulse lidar, Rev. Shukla, Studies on low altitude clouds over New Delhi, India using lidar, MAPAN-J. Cirac, Multimode fock states with large PHOTON number: effective descriptions and applications in quantum metrology, Quantum Sci. Kulkarni, Indigenous design and development of a micro-pulse lidar for atmospheric studies, Int. Hasegawa, Evaluation of a photon-counting x-ray imaging system, IEEE Trans. Padgett, Imaging with a small number of photons, Nat. This program is useful for photon-counting applications where continuous monitoring and relative variations need to be studied, which is not possible with the standalone SR400. Histogram plot, mean count, standard deviation, and type A uncertainty calculation features are incorporated. This article reports the instrument control LabVIEW program designed to operate the two gates (A and B) of the SR400 gated photon counter.
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#Labview software price in india manual
The manual counting of these pulses from the photon counter is both time-consuming and challenging. Low-level light detectors (such as photomultiplier tube and avalanche photodiode) generate a discrete pulse output. Various quantum metrology laboratories and research institutes working in the low-intensity light measurement use commercially available SR400 gated photon-counting systems due to their high-count rates (200 MHz) and ability to detect pulses of the order of up to 5 ns. The photon-counting technique is used where light intensity is extremely low (i.e., in the range of pW to nW) and widely applied in the field of meteorology, space, biotechnology, quantum information, and medical.