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The LynXea_VIS from AUREA Technology is a stand-alone [400-1060 nm] Time Correlated Single Photon Counting TCSPC module, which fully integrates the Time to Digital Converter and the best single photon avalanche detection (SPAD) counting technologies within the same box. As a matter of fact, TCSPC measurements are now available without assembling multiple boxes!
AUREA Technology provides the LynXea a new generation of all-in-one, high-performance and easy-to-use Time Correlated Single Photon Counting (TCSPC) modules. The LynXea is ultra-low-noise and high quantum efficiency single photon TCSPC module with timing resolution in the 60 ps range. The TCSPC module from AUREA Technology is proposed in two versions, the LynXea_VIS_M1 with 1 channel and the LynXea_VIS_M2 with 2 independent channels. This newly designed TCSPC module enables the growth of new applications, such as for example in fluorescence spectroscopy, photo-luminescence and coincidence measurements for Qauntum information technologies.
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LynXea_M2 TCSPC photon counter from AUREA Technology allows three diffferent possibilities of photon correlation, as follows:
- Correlation between the trigger signal (trigger the laser) and the photon detector APD1,
- Correlation between the trigger signal (trigger the laser) and the photon detector APD2,
- Cross-correlation between the photon detector APD1 and the photon detector APD2.
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The TDC offers the possibility of measuring the arrival time of each detected photon relative to an excitation signal, such as a laser pulse, this within a time window (gate) selected by the user .
Following a repetition n, periodic excitation, the module records (accumulates) data corresponding to the time of arrival of each photon and displays a histogram of time (or curve). The width of the "time bin" of the histogram reflects the temporal resolution of the TDC and therefore the accuracy of the sampling time.