Publikationen P. Fischer & Arbeitsgruppe
by Blanquart L., Richardson J., Einsweiler K., Fischer P., Mandelli E., Meddeler G. and Peric I.
Reference:
FE-I2: a front-end readout chip designed in a commercial $ 0.25 \mu {}m $ process for the ATLAS pixel detector at LHC (Blanquart L., et al.), In Nuclear Science, IEEE Transactions on, volume 51, 2004.
Bibtex Entry:
@Article{1323697, author = "L. Blanquart and J. Richardson and K. Einsweiler and P. Fischer and E. Mandelli and G. Meddeler and I. Peric", journal = "Nuclear Science, IEEE Transactions on", title = "{FE-I2}: a front-end readout chip designed in a commercial $ 0.25 \mu {}m $ process for the {ATLAS} pixel detector at {LHC}", year = "2004", volume = "51", number = "4", pages = "1358--1364", keywords = "high energy physics instrumentation computing;leakage currents;nuclear electronics;position sensitive particle detectors;readout electronics;silicon radiation detectors;ATLAS pixel detector;CERN;CMOS process;FE-I1;FE-I2 front-end readout chip;LHC;Large Hadron Collider accelerator facility;active bias distribution;automatic threshold tuning circuitry;buffers;capacitance calibration charge-pump circuit;charge-sensitive amplifier;detection threshold;differential readout circuit;digital hit emulation;digital pick-up reduction;embedded smart decoupling capacitances;fast discriminator;hybrid pixel sensor;ionizing radiation dose;leakage current compensation;leakage current monitoring circuit;linear regulator;long term overvoltage protection;multichip module;pixel element dimension;power-on reset;preamplifier-kill;radiation tolerance;readout mask;recovery-time;shielding technique;single-event-upset-tolerant DAC;slow control logic;threshold adjustment;time-over-threshold;time-stamped data;wired-hit-Or; Automatic control;Automatic logic units;CMOS process;Capacitance;Circuits;Detectors;Electrons;Laboratories;Large Hadron Collider;Particle accelerators", DOI = "10.1109/TNS.2004.832895", ISSN = "0018-9499", month = aug, }