Technical papers
Teledyne e2v’s technical papers are written by our industry leading experts in imaging technology. Click below to access the publications.
For papers published by the Centre for Electronic Imaging (CEI), Teledyne e2v’s partner research group at the Open University, please click here.
White Papers & Articles
| Down to earth, Physics World article featuring Teledyne e2v’s Paul Jorden | |
| Ultra-low dark signal in the AIMO CCD230-84 |  |
| CCD QE in the Soft X-Ray Range | |
Conference Papers
| Paper | Presentation | Poster | |
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| ICSO – October 2018 | |||
| Teledyne’s high performance IR Detectors for Space Missions |  |
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| TDI-CMOS Image Sensor for Earth Observation | |
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| SPIE Remote Sensing – September 2018 | |||
| High Resolution Charge Domain TDI-CMOS Image Sensor for Earth Observation | |
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| AO4ELT5 conference – June 2017 | |||
| Teledyne e2v sensors for adaptive optics: wavefront sensing on ELTs | |
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| BNL workshop – December 2016 | |||
| Teledyne e2v CMOS (and CCD) sensors (and systems) for astronomy | |
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| Â CNES workshop – 16 & 17 November 2016 | |||
| Radiation Effects on Large Pixels | |
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| EMCMOS | |
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| SPIE Edinburgh – June 2016 | |||
| e2v CCD and CMOS sensors and systems designed for astronomical applications | |
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| A 9 megapixel large-area back-thinned CMOS sensor with high sensitivity and high frame-rate for the TAOS II program. | |
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| Â Peformance of the e2v 1.2 GPixel cryogenic camera for the J-PAS 2.5m survey telescope | |
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| International Forum on Detectors for Photon Science (IFDEPS) – 2016 | |||
| Synchrotron Radiation workshop e2v image sensors for high end applications |  |
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| SPIE Asia-Pacific Remote Sensing – May 2016 | |||
| Recent Sensor Designs for Earth Observation | |
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| CNES Workshop – Nov 2015 | |||
| 2nd Generation CMOS Charge Transfer TDI: Results on Proton Irradiation | |
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| High SEE Tolerance in a Radiation Hardened CMOS Image Sensor Designed for the Meteosat Third Generation FCI-VisDA Instrument | |
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| Low temperature measurements of the large-area, backthinned, and low-noise TAOSII CMOS sensors | |
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| International Image Sensors Workshop (IISW) – June 2015 | |||
| Electron Multiplying Device Made on a 180 nm Standard CMOS Imaging Technology | |
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| CMOS Charge Transfer TDI with Front Side Enhanced Quantum Efficiency | |
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| CNES Workshop – Nov 2014 | |||
| Single event transient and single event upset electrical simulation under cadence based on MUSCA SEP³ current sources in 0,18/0.35 CIS process | |
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| SPIE Astronomical Instrumentation – July 2014 | |||
| e2v CCD and CMOS technology developments for astronomical sensors | |
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| CryoCam – the 1.2 GPix Camera for JPAS | |
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| LGSD/NGSD: High Speed Optical CMOS Imagers for E-ELT Adaptive Optics | |
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| Characteristic of e2v CMOS Sensors for Astronomical Applications | |
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| Development of a 4kx4k frame transfer electron multiplying CCD for scientific applications | |
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| Â MTF and PSF measurements of the CCD273-84 detector for the Euclid visible channel | |
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| CNES Workshop – Nov 2013 | |||
| TAOS II: Three 88-Megapixel astronomy arrays of large area, backthinned, and low-noise CMOS sensors | |
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| Measurements and analysis of a 13µm pitch charge transfer TDI suitable for space applications using a standard CMOS technology | |
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| SDW Workshop – Oct 2013 | |||
| Â The KMTNet 340 Megapixel focal planes | |
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| A Novel 4k×4k EMCCD Sensor for Scientific Use | |
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| ICSO – October 2012 | |||
| First Measurements of True Charge Transfer TDI (Time Delay Integration) Using Standard CMOS Technology | |
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| SPIE Astronomical Instrumentation – July 2012 | |||
| A Gigapixel commerically-manufactured cryogenic camera for the J-PAS 2.5m survey telescope | |
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| Backside-illuminated, high QE, 3e- RoN, fast 700fps, 1760×1680 pixels CMOS imager for AO with highly paralell readout | |
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| Wide-field photometry at 20 Hz for the TAOS II Project | |
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| Design of the KMTNet large format CCD camera | |
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| Charge-Coupled Devices for the ESA Euclid M-class Mission | |
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| Charge-Coupled Devices for the ESA PLATO M-class Mission | |
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| OPTRO – February 2012 | |||
| Back Illuminated System-on-chip for Night Vision | |
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| International Image Sensor Workshop – June 2011 | |||
| L² CMOS Image sensor for low light vision | |
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| SPIE Photonics West – January 2011 | |||
| Detailed Characterisation of a New Large Area CCD Manufactured on High Resistivity Silicon | |
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| ICSO – October 2010 | |||
| Hyperspectral CMOS Imager | |
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| SPIE Astronomical Instrumentation – July 2010 | |||
| Improving the red wavelength sensitivity of CCDs | |
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| SPIE Photonics West – January 2010 | |||
| Back-thinned CMOS Sensor Optimisation | |
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| SPIE Remote Sensing – September 2009 | |||
| Design of Image sensors for Hyperspectral Applications | |
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| SPIE Optics & Photonics – August 2009 | |||
| Improving Radiation Tolerance in e2v CCDs | |
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| Development of an EMCCD for LIDAR Applications | |
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| Frontiers in Electronic Imaging – June 2009 | |||
| Single Photon Imaging Using a CCD & Electron Multiplication | |
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| ISROS 2009 | |||
| CCD Design Optimisation for Space Applications | |
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| ICSO – October 2008 | |||
| Development of an EMCCD for LIDAR Applications | |
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| SPIE Europe Remote Sensing 2008 | |||
| The Gaia Challenge: Testing High Performance CCDs in large quantities | |
Technical Notes
| Presentation | |
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| UV Conversion Coatings | |
| Deep Depleted CCD Sensors | |
| Fibre-Optic CCD Sensors | |
| Glossary of Terms | |
| The MTF of CCD Sensors | |
| The e2v buttable CCD package: Design & mounting philosophy | |
| Latest CCD developments, and technologies for scientific CCDs | |
| e2v Space-Qualified CMOS Image Sensor Capability and Roadmap | |
L3Visionâ„¢ Technical Notes
| Presentation | |
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| An Overview of the Ageing Characteristics of L3Visionâ„¢ Sensors | |
| Optimising Operation of L3Visionâ„¢ CCD Sensors | |
| The use of multiplication gain in L3Visionâ„¢ CCD Sensors | |
| Dark Signal and Clock-Induced Charge | |
Customer Papers
| Presentation | |
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| Development of an X-ray pixel detector with multi-port charge-coupled device for X-rayfree-electron laser experiments | |