Table 1 From 125 Ghz Single Photon Detection With Sinusoidally Gated
Figure 1 From Low Timing Jitter Single Photon Detection Using 1 Ghz
Figure 1 From Low Timing Jitter Single Photon Detection Using 1 Ghz
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A Single Photon Characterisation Setup For 125 Ghz Sinusoidally
A Single Photon Characterisation Setup For 125 Ghz Sinusoidally
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Table 1 From 125 Ghz Single Photon Detection With Sinusoidally Gated
Table 1 From 125 Ghz Single Photon Detection With Sinusoidally Gated
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Table 1 From Establishment Of Single Photon Detection Efficiency
Table 1 From Establishment Of Single Photon Detection Efficiency
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Figure 3 From Low Timing Jitter Single Photon Detection Using 1 Ghz
Figure 3 From Low Timing Jitter Single Photon Detection Using 1 Ghz
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Table 1 From Superconducting Nanowire Single Photon Detectors For
Table 1 From Superconducting Nanowire Single Photon Detectors For
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Figure 1 From 125 Ghz Single Photon Detection With Sinusoidally Gated
Figure 1 From 125 Ghz Single Photon Detection With Sinusoidally Gated
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Micromachines Free Full Text Free Running Single Photon Detection
Micromachines Free Full Text Free Running Single Photon Detection
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Figure 5 From 125 Ghz Single Photon Detection With Sinusoidally Gated
Figure 5 From 125 Ghz Single Photon Detection With Sinusoidally Gated
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Figure 3 From Low Timing Jitter Single Photon Detection Using 1 Ghz
Figure 3 From Low Timing Jitter Single Photon Detection Using 1 Ghz
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Figure 1 From High Speed Photon Number Resolved Detection With
Figure 1 From High Speed Photon Number Resolved Detection With
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Figure 1 From Room Temperature Single Photon Detection With 15 Ghz
Figure 1 From Room Temperature Single Photon Detection With 15 Ghz
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Figure 5 From 125 Ghz Single Photon Detection With Sinusoidally Gated
Figure 5 From 125 Ghz Single Photon Detection With Sinusoidally Gated
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A Bias Dependent Timing Jitter Of The 1 Ghz Sinusoidally Gated
A Bias Dependent Timing Jitter Of The 1 Ghz Sinusoidally Gated
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Figure 1 From Single Photon Detection With Sine Gated Dual Ingaasinp
Figure 1 From Single Photon Detection With Sine Gated Dual Ingaasinp
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Table 1 From A Single Photon Avalanche Diode In Standard Cmos
Table 1 From A Single Photon Avalanche Diode In Standard Cmos
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Figure 2 From Ultra Low Noise Sinusoidally Gated Avalanche Photodiode
Figure 2 From Ultra Low Noise Sinusoidally Gated Avalanche Photodiode
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Figure 1 From Room Temperature Single Photon Detection With 15 Ghz
Figure 1 From Room Temperature Single Photon Detection With 15 Ghz
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Figure 1 From Room Temperature Single Photon Detection With 15 Ghz
Figure 1 From Room Temperature Single Photon Detection With 15 Ghz
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Ultra Low Noise Sinusoidally Gated Avalanche Photodiode For High Speed
Ultra Low Noise Sinusoidally Gated Avalanche Photodiode For High Speed
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Figure 2 From Ingaasinp Single Photon Detector Gated At 13 Ghz With 1
Figure 2 From Ingaasinp Single Photon Detector Gated At 13 Ghz With 1
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Pdf 125 Ghz Sine Wave Gating Ingaasinp Single Photon Detector With
Pdf 125 Ghz Sine Wave Gating Ingaasinp Single Photon Detector With
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Bias Dependent Timing Jitter Of The 20 Mhz Pulse Gated Single Photon
Bias Dependent Timing Jitter Of The 20 Mhz Pulse Gated Single Photon
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A Photon Detection Efficiency And Dark Count Rate As A Function Of
A Photon Detection Efficiency And Dark Count Rate As A Function Of
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Figure 1 From Single Photon Detection In 900 Nm Range Using Ingaasinp
Figure 1 From Single Photon Detection In 900 Nm Range Using Ingaasinp
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125 Ghz Sine Wave Gating Ingaasinp Single Photon Detector With A
125 Ghz Sine Wave Gating Ingaasinp Single Photon Detector With A
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Figure 1 From High Performance Superconductor Single Photon Detector
Figure 1 From High Performance Superconductor Single Photon Detector
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Ultra Low Noise Sinusoidally Gated Avalanche Photodiode For High Speed
Ultra Low Noise Sinusoidally Gated Avalanche Photodiode For High Speed
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Micromachines Free Full Text Free Running Single Photon Detection
Micromachines Free Full Text Free Running Single Photon Detection
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Figure 1 From Sinusoidally Gated Ingaasinp Avalanche Photodiode With
Figure 1 From Sinusoidally Gated Ingaasinp Avalanche Photodiode With
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Micromachines Free Full Text Free Running Single Photon Detection
Micromachines Free Full Text Free Running Single Photon Detection
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Figure 1 From Room Temperature Single Photon Detection With 15 Ghz
Figure 1 From Room Temperature Single Photon Detection With 15 Ghz
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A Time Tagging Histogram Of The Time Gated Single Photon Detector
A Time Tagging Histogram Of The Time Gated Single Photon Detector
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Single Photon Detection Efficiency Spde As A Function Of Wavelength
Single Photon Detection Efficiency Spde As A Function Of Wavelength
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The Comparison Of Single Photon Detectors 3 Download Table
The Comparison Of Single Photon Detectors 3 Download Table
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