Add to ORKGThorough numerical simulations were run to test the performance of three processing methods of the data coming out from an electron multiplying charge coupled device (EMCCD), or low light level charge coupled device (L3CCD), operated at high gain, under real operating conditions. The effect of read-out noise and spurious charges is tested under various low ux conditions (0.001 event/pixel/frame < f < 20 events/pixel/frame). Moreover, a method for nding the value of the gain applied by the EMCCD amplication register is also developed. It allows one to determine the gain value to an accuracy of a fraction of a percent from dark frames alone
Electron Multiplying Charge Coupled Devices (EMCCDs) have revolutionised low light level imaging, pr...
The extraction of information from images acquired under low light conditions represents a common ta...
International audienceThanks to the electron multiplying function that can effectively convert the w...
Thorough numerical simulations were run to test the performance of three processing methods of the d...
Abstract. Low light level imaging has been revolutionised in recent years with the introduction of E...
Abstract—Electron multiplying charge-coupled devices (EM-CCDs) enable imaging with subelectron noise...
Electron multiplying charge coupled devices (EMCCDs) have revolutionized the world of low light imag...
Electron Multiplying Charge Coupled Devices (EMCCDs) are a variant of traditional CCD technology wel...
Electron multiplying CCD (EMCCD) technology has found important initial applications in low light su...
Over the past years, the EMCCD has had a profound influence on photon starved imaging applications r...
The Electron Multiplying Test Chip 1 (EMTC1) was developed with the aim of creating a device which c...
Context. The EMCCD is a type of CCD that delivers fast readout times and negligible readout noise, m...
Electron-multiplying charge-coupled devices (EMCCDs) are used in low-light-level (L3) applications f...
Low light level charge coupled devices (L3CCDs) have recently been developed, incorporating on-chip ...
EMCCDs are devices capable of sub-electron read-out noise at high pixel rate, together with a high q...
Electron Multiplying Charge Coupled Devices (EMCCDs) have revolutionised low light level imaging, pr...
The extraction of information from images acquired under low light conditions represents a common ta...
International audienceThanks to the electron multiplying function that can effectively convert the w...
Thorough numerical simulations were run to test the performance of three processing methods of the d...
Abstract. Low light level imaging has been revolutionised in recent years with the introduction of E...
Abstract—Electron multiplying charge-coupled devices (EM-CCDs) enable imaging with subelectron noise...
Electron multiplying charge coupled devices (EMCCDs) have revolutionized the world of low light imag...
Electron Multiplying Charge Coupled Devices (EMCCDs) are a variant of traditional CCD technology wel...
Electron multiplying CCD (EMCCD) technology has found important initial applications in low light su...
Over the past years, the EMCCD has had a profound influence on photon starved imaging applications r...
The Electron Multiplying Test Chip 1 (EMTC1) was developed with the aim of creating a device which c...
Context. The EMCCD is a type of CCD that delivers fast readout times and negligible readout noise, m...
Electron-multiplying charge-coupled devices (EMCCDs) are used in low-light-level (L3) applications f...
Low light level charge coupled devices (L3CCDs) have recently been developed, incorporating on-chip ...
EMCCDs are devices capable of sub-electron read-out noise at high pixel rate, together with a high q...
Electron Multiplying Charge Coupled Devices (EMCCDs) have revolutionised low light level imaging, pr...
The extraction of information from images acquired under low light conditions represents a common ta...
International audienceThanks to the electron multiplying function that can effectively convert the w...