James Endicott

TL;DR: Trap-pumping techniques used to optimise the charge transfer efficiency of p- and n-channel e2v CCD204s are presented and the use of trap-pumped images for on-orbit calibration and ground based image correction algorithms are described.

TL;DR: The CCD273-84 as mentioned in this paper was designed and manufactured for the European Space Agency's Euclid space telescope and has a higher response lower-noise amplifier, enhanced red response, parallel charge injection structures and narrower registers.

TL;DR: In this paper, the flat-band voltage shift following ionising radiation is reduced from typically 100-200 mV/kRad(Si) with standard devices to only 6 mV /kRad (Si), plus an associated reduction in the increase in surface dark signal.

TL;DR: The CCD requirements, the design (and design drivers) for the CCD and package, the current status of the C CD production programme and a summary of key performance measurements are described.

TL;DR: In this article, the authors have developed the CCD270, which has 4510 by 4510 pixels, each pixel is 18 μm by 18 µm, in a development funded by the European Space Agency.