A high‐speed, normally on, gating circuit has been developed for linear‐focused photomultipliers such as the EMI 9816. The gate is capable of attenuating photomultiplier response by >5000:1 with a turn‐off and turn‐on time of 60 and 40 ns, respectively. The circuit is compact enough to fit in a standard photomultiplier housing and has low enough power consumption to run off the photomultiplier high‐voltage supply. The high speed and high extinction efficiency make this gate suitable for pulse rejection in low‐light level, submicrosecond, time‐resolved luminescence measurements
A full custom analog CMOS circuit for obtaining a photomultiplier readout with a 16 bit resolution o...
Signal detection can present a major challenge for fluorescence based detection modalities when targ...
Development of high quantum efficiency photon detectors is needed for many low light level (LLL) app...
A high‐speed, normally on, gating circuit has been developed for linear‐focused photomultipliers suc...
In the past, linear gate circuits for gating pulses of photomultiplier tubes have been mostly based ...
We report on a novel probe technology which is applied to the measurement of high‐speed guided elect...
The Antihydrogen Trap (ATRAP) experiment has recently exchanged the vacuum photo multiplier tubes (P...
Photomultipliers are extremely sensitive light detectors that can detect single photons. In multiply...
Continued advances in photodetector technology have helped improve the imaging capabilities of LiDAR...
In this letter we outline our results on a new type of high-speed photodetector [E. Gregor , Appl. P...
We characterized the S14160-3050HS Multi-Pixel Photon Counter (MPPC), a high efficiency, single chan...
An electronic gate circuit is described, which is linear for pulses up to 10 V over an impedance of ...
Development of high quantum efficiency photon detectors is needed for many low light level (LLL) app...
An 8-channel current-to-frequency converter module has been developed for measuring photomultiplier ...
Abstract—We present the design of a readout system, comprising a charge sensitive amplifier and a pu...
A full custom analog CMOS circuit for obtaining a photomultiplier readout with a 16 bit resolution o...
Signal detection can present a major challenge for fluorescence based detection modalities when targ...
Development of high quantum efficiency photon detectors is needed for many low light level (LLL) app...
A high‐speed, normally on, gating circuit has been developed for linear‐focused photomultipliers suc...
In the past, linear gate circuits for gating pulses of photomultiplier tubes have been mostly based ...
We report on a novel probe technology which is applied to the measurement of high‐speed guided elect...
The Antihydrogen Trap (ATRAP) experiment has recently exchanged the vacuum photo multiplier tubes (P...
Photomultipliers are extremely sensitive light detectors that can detect single photons. In multiply...
Continued advances in photodetector technology have helped improve the imaging capabilities of LiDAR...
In this letter we outline our results on a new type of high-speed photodetector [E. Gregor , Appl. P...
We characterized the S14160-3050HS Multi-Pixel Photon Counter (MPPC), a high efficiency, single chan...
An electronic gate circuit is described, which is linear for pulses up to 10 V over an impedance of ...
Development of high quantum efficiency photon detectors is needed for many low light level (LLL) app...
An 8-channel current-to-frequency converter module has been developed for measuring photomultiplier ...
Abstract—We present the design of a readout system, comprising a charge sensitive amplifier and a pu...
A full custom analog CMOS circuit for obtaining a photomultiplier readout with a 16 bit resolution o...
Signal detection can present a major challenge for fluorescence based detection modalities when targ...
Development of high quantum efficiency photon detectors is needed for many low light level (LLL) app...