Silicon pin photodiodes from different manufacturers were tested with synchrotron radiation and found to be excellently suited as detectors for the X-ray range between 5 and 25 keV. They have a high dynamical range (more than 6 decades) and a high degree of linearity. They can be used in the current mode down to 100 photons/s. This corresponds to a photocurrent of 50 fA. The performance of the signal processing (current-voltage amplifier, voltage-frequency converter, frequency counter) is of great importance. The Keithley current-voltage amplifier 18000-20, whose range can be switched electronically, is superior in performance to the Keithley amplifier 427, when the intensity range exceeds 4 decades
Research has been carried out at the University of Surrey to investigate the response of the relativ...
Silicon and germanium semiconductor detectors are widely used as photon and charged-particle spectro...
Silicon PIN photodiodes were fabricated with 250 nm SiO2 antireflective coating (ARC). The changes i...
Silicon photodiodes offer a number of advantages over conventional photocathode type soft x-ray dete...
Silicon photodiodes offer a number of advantages over conventional photocathode type soft x-ray dete...
This paper describes the performance of PIN photodiodes fabricated at IRST, aimed at X-ray imaging a...
Absolute spectroscopic photocurrent calibration of detectors in the photon energy range of 50-6000 e...
A double-layer silicon detector consisting of two 500micron-thick silicon PIN photodiodes with indep...
A commercial silicon PIN-photodiode was tested and characterized as ionizing radiation detector for ...
The quantum efficiencies of semiconductor photodiodes have been measured at photon energies from 5 t...
Semiconductor photodiodes were developed in the early `Forties approximately at the time when the ph...
We report on the performance of the most recent avalanche photodiodes produced by Hamamatsu Photonic...
Many methods used to calculate x-ray flux are incapable of accounting for the high x-ray flux genera...
This book describes different kinds of photodiodes for applications in high-speed data communication...
Silicon detectors with lower material budget, ultrafast readout and radiation hardness are under dev...
Research has been carried out at the University of Surrey to investigate the response of the relativ...
Silicon and germanium semiconductor detectors are widely used as photon and charged-particle spectro...
Silicon PIN photodiodes were fabricated with 250 nm SiO2 antireflective coating (ARC). The changes i...
Silicon photodiodes offer a number of advantages over conventional photocathode type soft x-ray dete...
Silicon photodiodes offer a number of advantages over conventional photocathode type soft x-ray dete...
This paper describes the performance of PIN photodiodes fabricated at IRST, aimed at X-ray imaging a...
Absolute spectroscopic photocurrent calibration of detectors in the photon energy range of 50-6000 e...
A double-layer silicon detector consisting of two 500micron-thick silicon PIN photodiodes with indep...
A commercial silicon PIN-photodiode was tested and characterized as ionizing radiation detector for ...
The quantum efficiencies of semiconductor photodiodes have been measured at photon energies from 5 t...
Semiconductor photodiodes were developed in the early `Forties approximately at the time when the ph...
We report on the performance of the most recent avalanche photodiodes produced by Hamamatsu Photonic...
Many methods used to calculate x-ray flux are incapable of accounting for the high x-ray flux genera...
This book describes different kinds of photodiodes for applications in high-speed data communication...
Silicon detectors with lower material budget, ultrafast readout and radiation hardness are under dev...
Research has been carried out at the University of Surrey to investigate the response of the relativ...
Silicon and germanium semiconductor detectors are widely used as photon and charged-particle spectro...
Silicon PIN photodiodes were fabricated with 250 nm SiO2 antireflective coating (ARC). The changes i...