Large arrays of depleted field effect transistor (DEPFET) detector elements are one possible technology for the vertex detector of the planned International Linear Collider. The main challenges are the production of large (10 cm2) devices with an average thickness of around 100 ¹m (silicon) and their fast column parallel readout. This paper describes in some detail how a DEPFET based sensor module could be built and presents the design of the latest generation of `Switcher' steering chips
Based on the DEPFET detector-amplifier structure, a pixel detector is under development for use in ...
The e/sup +/e/sup -/ linear collider physics program sets highly demanding requirements on the accur...
The proposal of a vertex detector for the International Linear Collider (ILC) using DEPleted Field E...
Large arrays of depleted ¯eld e®ect transistor (DEPFET) detector elements are one possible technolog...
The performance requirements of vertex detectors for future linear collider experiments is very chal...
For operation at a linear collider the excellent noise performance of depleted field effect transist...
High energy physics experiments require detectors with an excellent imaging performance. The innermo...
For operation at a linear collider the excellent noise performance of depleted field effect transist...
In a DEPleted Field Effect Transistor (DEPFET) sensor a MOSFET is integrated on a sidewards depleted...
The DEPFET (Depleted Field Effect Transistor) detector-amplifier structure forms the basis of a vari...
AbstractThe DEPFET Collaboration develops highly granular, ultra-thin pixel detectors for outstandin...
For the International Linear Collider a vertex detector with unprecedented performance is needed. Th...
DEPFET pixels offer a unique possibility for a high resolution pixel vertex detector at a future lin...
DEPFET pixels offer a unique possibility for a high resolution pixel vertex detector at a future lin...
The future TeV-scale linear collider ILC (International Linear Collider) offers a large variety of p...
Based on the DEPFET detector-amplifier structure, a pixel detector is under development for use in ...
The e/sup +/e/sup -/ linear collider physics program sets highly demanding requirements on the accur...
The proposal of a vertex detector for the International Linear Collider (ILC) using DEPleted Field E...
Large arrays of depleted ¯eld e®ect transistor (DEPFET) detector elements are one possible technolog...
The performance requirements of vertex detectors for future linear collider experiments is very chal...
For operation at a linear collider the excellent noise performance of depleted field effect transist...
High energy physics experiments require detectors with an excellent imaging performance. The innermo...
For operation at a linear collider the excellent noise performance of depleted field effect transist...
In a DEPleted Field Effect Transistor (DEPFET) sensor a MOSFET is integrated on a sidewards depleted...
The DEPFET (Depleted Field Effect Transistor) detector-amplifier structure forms the basis of a vari...
AbstractThe DEPFET Collaboration develops highly granular, ultra-thin pixel detectors for outstandin...
For the International Linear Collider a vertex detector with unprecedented performance is needed. Th...
DEPFET pixels offer a unique possibility for a high resolution pixel vertex detector at a future lin...
DEPFET pixels offer a unique possibility for a high resolution pixel vertex detector at a future lin...
The future TeV-scale linear collider ILC (International Linear Collider) offers a large variety of p...
Based on the DEPFET detector-amplifier structure, a pixel detector is under development for use in ...
The e/sup +/e/sup -/ linear collider physics program sets highly demanding requirements on the accur...
The proposal of a vertex detector for the International Linear Collider (ILC) using DEPleted Field E...