Sentence examples for efficiency timing from inspiring English sources
PMTs were tested for DCR, efficiency, timing jitter and afterpulsing probability.
This permits to select a right trade-off between photon detection efficiency, timing resolution and dark count rate.
Various aspects of the detector construction are described and the methods adopted to calibrate in situ the efficiency, timing and positioning of the detector are presented.
Results from the PMT samples indicated small (but still significant) degradation in DCR and almost no degradation in any other measured property (efficiency, timing jitter, and afterpulsing probability) after applied radiation.
Other photon detection characteristics, such as photon detection efficiency, timing jitter, and afterpulsing probability, fluctuate but the overall performance of quantum communications should be largely unaffected by these variations.
Prior to irradiation, we measured the breakdown voltage, DCR, efficiency, timing jitter and afterpulsing probability of all APD samples at (-20^{circ}mbox{C}). Group 4 and the control group were also characterized at lower temperatures.
The data analysis results can be presented on the event-by-event basis or in the form of color maps representing the operation parameters (efficiencies, timing, occupancy, etc).
Transgenic (i.e., elt-2::mTomato::HIS2B expressing) embryos were collected at different times to analyze the efficiency and timing of the gland cell death as assessed by YFP expression.
The breakdown voltage, efficiency, and timing jitter demonstrated no significant change, though the afterpulsing probability increased significantly at lower temperatures as release time of trapped carriers extended [32].
Breakdown voltage, afterpulsing, detection efficiency and timing jitter of the irradiated APDs were characterized and shown to be in the range acceptable for quantum communications.
Our performance characterization measurements showed a significant increase in DCRs for all APD devices, while there was no measurable radiation-induced degradation in the photon detection efficiency and timing jitter, and only a relatively small increase in the afterpulsing probability.
