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Performance of a DEPFET prototype module for the ILC vertex detector
By: Mathes, M.; Moser, H.G.; Kruger, H.; Giesen, F.; Lutz, G.; Fischer, P.; Andricek, L.; Velthuis, J.J.; Kohrs, R.; Reuen, L.; Wermes, N.; Treis, J.; Trimpl, M.; von Torne, E.; Sandow, C.; Richter, R.H.; Peric, I.;
2005 / IEEE / 0-7803-9221-3
This item was taken from the IEEE Conference ' Performance of a DEPFET prototype module for the ILC vertex detector ' For the detection of secondary vertices of long lived bottom and charm quarks at the proposed International Linear Collider (ILC) a DEPFET pixel detector is one of the technologically favored options. DEPFET pixel sensors, in which the amplifying transistor structure is contained in the pixel cell itself on a fully depleted bulk, are unique devices in terms of their large signal and low noise capability and their obtainable spatial resolution with very thin detectors. DEPFET pixel prototype modules with close to ILC specifications have been tested in the laboratory and, for the first time, in a 6 GeV electron test beam. The different noise sources have been calculated and compared with the measured value of ENC/spl ap/225 e/sup -/ for the entire system.
Depfet Pixel Prototype Modules
Very Thin Detectors
Low Noise Capability
Fully Depleted Bulk
Depleted Field Effect Transistor Structure
Depfet Pixel Detector
Long Lived Charm Quark
Long Lived Bottom Quark
Secondary Vertex Detection
Ilc Vertex Detector
Field Effect Transistors
Silicon Radiation Detectors
Position Sensitive Particle Detectors