Abstract—This paper presents the functional design of “Quantochron 5-48” high temporal resolution system for multidimensional chronometration of stochastic fluxes. The device can determine the photon arrival times by array detectors and the accompanying spatial, spectral, and polarization characteristics of these photons, with a sampling time of 10 nanoseconds and the accuracy of UTC calibration provided by the time server. The peak intensity of detected fluxes is determined by the frequency of the internal high-frequency generator and may amount to 10⁸ counts/s. The average intensity is determined by the input/output computer bus bandwidth and may exceed 10⁶ counts/s. The simplicity of design and use allows the device to be mass replicated and widely used.

中文翻译：

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用于检测随机事件通量的高时间分辨率系统的概念设计

摘要—本文介绍了用于“随机通量”多维计时的“ Quantochron 5-48”高时间分辨率系统的功能设计。该设备可以通过阵列检测器确定光子的到达时间以及这些光子的伴随的空间，光谱和偏振特性，采样时间为10纳秒，时间服务器提供UTC校准的准确性。检测到的磁通量的峰值强度由内部高频发生器的频率确定，可能达到10 ^8个计数/秒。平均强度由输入/输出计算机总线带宽确定，并且可能超过10 ^6个计数/秒。设计和使用的简单性使得该设备可以大量复制和广泛使用。