A hybrid silicon pixel telescope tested in a heavy-ion experiment

Details A hybrid silicon pixel telescope tested in a heavy-ion experiment A hybrid silicon pixel telescope tested in a heavy-ion experiment

Jul 1993

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1993nimpa.332..188b&link_type=abstract

Nuclear Instruments and Methods in Physics Research Section A, Volume 332, Issue 1-2, p. 188-201.

Physics

10

Scientific paper

Specific features of the OMEGA-ION pixel detector are the adjustable delay with external trigger capability and the detector leakage current compensation. A row of pixels can be used for testing the electrical performance of the amplifier and comparator circuits. Detailed results of these electrical tests are presented. A telescope made of three OMEGA-ION hybrid silicon pixel detectors has been successfully tested in the heavy-ion experiment WA94. Each plane consisted of a single detector with 1006 active pixels (500 μm×75 μm), each one being bump-bonded to the readout chip, and arranged in 16 columns and 63 rows respectively. With a sensitive area as small as 8000 × 4725 μm2 several million events with at least one track originating from the sulphur-sulphur interaction have been recorded in a few hours. Results on target reconstruction, tracking accuracy and efficiency are presented.

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