Electron multiplying CCD (EMCCD) technology has found important initial applications in low light surveillance and photon starved scientific instrumentation. This paper discusses the attributes of the EMCCD which make it useful for certain space instruments, particularly those which are photon starved, and explores likely risks from the radiation expected in such instruments
EMCCDs are devices capable of sub-electron read-out noise at high pixel rate, together with a high q...
Over the last decade the rapid advancements in CCD technology have lead to significant developments ...
Charge Coupled Devices (CCDs) optically coupled to scintillation crystals can be used to construct h...
The rapid proliferation of Electron Multiplying Charge Coupled Devices (EMCCDs) in recent years has ...
Abstract. Low light level imaging has been revolutionised in recent years with the introduction of E...
Conventional CCD detectors have two major disadvantages: they are slow to read out and they suffer f...
Low light level and high-speed image sensors as required for space applications can suffer from a de...
This paper discusses charge blooming and starlight saturation - two potential technical problems - w...
The Electron Multiplying Test Chip 1 (EMTC1) was developed with the aim of creating a device which c...
This paper describes a qualification programme for Electron-Multiplication Charge Coupled Devices (E...
The CCD97 is a low light level (L3) device from e2v technologies range of electron multiplying CCDs ...
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 a variant of standard CCD technology capabl...
Thorough numerical simulations were run to test the performance of three processing methods of the d...
Abstract—Electron multiplying charge-coupled devices (EM-CCDs) enable imaging with subelectron noise...
EMCCDs are devices capable of sub-electron read-out noise at high pixel rate, together with a high q...
Over the last decade the rapid advancements in CCD technology have lead to significant developments ...
Charge Coupled Devices (CCDs) optically coupled to scintillation crystals can be used to construct h...
The rapid proliferation of Electron Multiplying Charge Coupled Devices (EMCCDs) in recent years has ...
Abstract. Low light level imaging has been revolutionised in recent years with the introduction of E...
Conventional CCD detectors have two major disadvantages: they are slow to read out and they suffer f...
Low light level and high-speed image sensors as required for space applications can suffer from a de...
This paper discusses charge blooming and starlight saturation - two potential technical problems - w...
The Electron Multiplying Test Chip 1 (EMTC1) was developed with the aim of creating a device which c...
This paper describes a qualification programme for Electron-Multiplication Charge Coupled Devices (E...
The CCD97 is a low light level (L3) device from e2v technologies range of electron multiplying CCDs ...
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 a variant of standard CCD technology capabl...
Thorough numerical simulations were run to test the performance of three processing methods of the d...
Abstract—Electron multiplying charge-coupled devices (EM-CCDs) enable imaging with subelectron noise...
EMCCDs are devices capable of sub-electron read-out noise at high pixel rate, together with a high q...
Over the last decade the rapid advancements in CCD technology have lead to significant developments ...
Charge Coupled Devices (CCDs) optically coupled to scintillation crystals can be used to construct h...