Dr
Daniele PASSERI
(University and INFN Perugia)
11/09/2014, 08:30
Advances in Pixel Detectors and Integration Technologies
Oral Paper
Particle tracking systems for trajectory reconstruction in High Energy Physics experiments are usually based on different separated sensing layers, featuring pixels and/or strips elements. In this work we propose a 3D monolithically stacked, multi-layer detectors based on CMOS Active Pixel Sensors (APS) layers which allows at the same time accurate estimation of the impact point and of the ...
Jaya John John
(University of Oxford)
11/09/2014, 08:50
Advances in Pixel Detectors and Integration Technologies
Oral Paper
PImMS, or Pixel Imaging Mass Spectrometry, is a family of high-speed monolithic CMOS imaging sensors tailored to the requirements of mass spectrometry and related fields. PImMS pixels each compare step events of collected charge to an adjustable threshold, storing up to four significant events inside the pixel as 12-bit timestamps with time bin durations down to 12.5ns (80MHz). The pixels may...
Malte Backhaus
(CERN)
11/09/2014, 09:10
Advances in Pixel Detectors and Integration Technologies
Oral Paper
We explore the concept of using deep-submicron HV-CMOS and imaging processes to produce a replacement for traditional radiation-hard silicon sensors. Unlike fully integrated monolithic active pixel sensors (MAPS), such active sensors contain simple circuits, e.g. amplifiers and discriminators, but still require a readout chip - which can be a traditional strip or pixel readout chip or a...
Marcello Borri
(STFC Daresbury Laboratory (GB))
11/09/2014, 09:30
Advances in Pixel Detectors and Integration Technologies
Oral Paper
We report on the status and performance of the CMOS Monolithic Active Pixel Sensor (MAPS) Cherwell 1, 2 and 3 sensors for the detection of charged particles in vertexing, tracking, and calorimetry applications. Cherwell is a 4-T CMOS sensor in 180 nm technology on a 12um epitaxial substrate with low-noise, low-power, in-pixel correlated double sampling, and high conversion gain.
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Paul Seller
(RAL)
11/09/2014, 09:50
Advances in Pixel Detectors and Integration Technologies
Oral Paper
Paul Seller[1], Lawrence L. Jones[1], Andreas Schneider[1], Matthew C. Veale[1], Matthew D. Wilson[1] , Steven Bell[2], Diana Duarte[2], Faith H. Green[2], Silvia Pani[2], Robert J. Cernik[3], Christopher K. Egan[3], Simon D.M. Jaques[3], Daniel O’Flynn[4], Robert D. Speller[4], James W. Scuffham[5], Thomas Connolley[6]
[1] STFC-Rutherford Appleton Laboratory, Didcot, Oxfordshire, OX11 0QX,...
Mr
Artto Aurola
(Pixpolar Oy / Lappeenranta Univ. of Technology (FI))
11/09/2014, 10:10
Advances in Pixel Detectors and Integration Technologies
Oral Paper
In pixelated silicon radiation detectors that are utilized for the detection of UV, visible, and Near Infra-Red (NIR) light it is desirable to utilize a relatively thick fully depleted Back-Side Illuminated (BSI) detector design. The benefit of the BSI configuration is that structures on the front side like metal wirings do not stand in the way of light enabling thus 100 % Fill Factor (FF)....