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Integrated Circuits for Advanced Detectors
| Abstract: |
Moore’s law of exponentially increasing circuit density has greatly benefited scientific instrumentation. As detection volumes shrink from cm or mm 1-D length scales to µm 2-D (and even 3-D) scales, a corresponding increase in readout electronics compactness is required. The solution is generally a custom integrated circuit (IC), designed for a specific instrumentation application.
LBNL has been designing custom integrated circuits for a variety of applications for more than 20 years. This talk will highlight current activities and projects in high-energy physics, astrophysics, synchrotron radiation research and other areas. The design process, and some of the challenges, will be described as well. |
| Speaker: |
Peter Denes - LBNL |
| Speaker Bio: |
 Speaker's Bio: not available |
| Poster Link: |
Poster |
| Presentation: |
Presentation on 3/7/2007 (PDF)
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