FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W149849243> ?p ?o ?g. }

• W149849243 abstract "DEVELOPING AND COMMISSIONING BABAR ELECTRONICS A.J. Lankford, Department of Physics and Astronomy, University of California, Irvine, CA 92697-4575 (email: lankford@lankford.ps.uci.edu) for the B A B AR Collaboration Abstract Many aspects of the architecture and performance requirements of the electronics system for the B A B AR Experiment are similar to those for the much larger LHC experiments. We briefly describe the requirements and architecture of B A B AR Electronics, focusing on aspects that are similar to the LHC. We then discuss the experience of developing the system from design to operation, including such topics as prototype and system tests, manufacturing, grounding and shielding, integration, and initial performance. We focus primarily on front-end electronics, including IC development; however, we also discuss data acquisition. 1. INTRODUCTION This rather informal paper is a recollection of the experience of developing and commissioning the B A B AR Electronics System. Hopefully, this account can serve as a reminder to LHC electronics developers of some of the issues, concerns, and pitfalls to remember during the development process. This paper is not intended as a description of the B A B AR Electronics System. A brief introduction will point out how the B A B AR Electronics System resembles electronics systems under construction for the LHC experiments, despite the fact that it differs in scale. However, neither the common aspects of the system nor the detector-specific electronics will be described. Summary descriptions of these aspects can be found in the paper that I presented at the 1998 LHC Electronics Board Workshop [1] and in the papers to which it refers, and in references [2-5]. Furthermore, this paper is by no means a complete guide to the Do's and Don'ts of electronics development. It is anecdotal, relating personal impressions and the comments of people involved in the B A B AR project. It recounts some of the problems and setbacks encountered during development of B A B AR Electronics; however, it does not recount all. It also includes lessons learned by the individuals during prior projects that were felt to have been successfully applied to B A B AR . Several of the other leaders of the B A B AR electronics development contributed to the preparation of this paper. I have frequently included their comments verbatim in the text. In these cases, I have chosen to include their comments as quotations without identifying the specific contributor since these comments were often informal. The contributors of the quotations are identified in the Acknowledgements. 2. THE BABAR EXPERIMENT The B A B AR Experiment will study CP violation at the SLAC B-Factory. Its detector consists of five major systems: a silicon vertex tracker [6], a cylindrical drift chamber with dE/dx capability [7], a particle identification system (DIRC) based on imaging of Cerenkov rings [8,9], a cesium-iodide crystal calorimeter [10], and a muon identification system (IFR) based on resistive plate chambers [11]. The specialised requirements of each detector system are addressed by front-end electronics customised to the detector technology but integrated into a uniform data acquisition architecture. 3. BABAR ELECTRONICS OVERVIEW In order to address the requirements of its detector and operating environment, B A B AR has designed an electronics, trigger, and data acquisition architecture that is quite similar to architectures being designed for the LHC. For instance, the B A B AR architecture is multilevel, pipelined, and nearly deadtime free. It employs detector- specific custom ICs to realise the full performance of detector systems. Front-end electronics is detector- mounted. It simultaneously digitises analogue signals, writes data to buffers, and is read out to the data acquisition system. Although analogue front-ends and" @default.
• W149849243 created "2016-06-24" @default.
• W149849243 creator A5031962693 @default.
• W149849243 date "1999-01-01" @default.
• W149849243 modified "2023-09-23" @default.
• W149849243 title "Developing and commissioning BABAR Electronics" @default.
• W149849243 cites W1972595299 @default.
• W149849243 cites W1983275762 @default.
• W149849243 cites W2000051763 @default.
• W149849243 cites W2001484204 @default.
• W149849243 cites W2013960598 @default.
• W149849243 cites W2051995149 @default.
• W149849243 cites W2054886947 @default.
• W149849243 cites W2060415084 @default.
• W149849243 cites W2081844912 @default.
• W149849243 cites W2083446926 @default.
• W149849243 cites W2104102730 @default.
• W149849243 cites W2125714870 @default.
• W149849243 cites W2132523705 @default.
• W149849243 cites W2133503324 @default.
• W149849243 cites W2162862783 @default.
• W149849243 cites W2170687523 @default.
• W149849243 cites W2173178281 @default.
• W149849243 cites W2202479088 @default.
• W149849243 cites W2226331534 @default.
• W149849243 cites W2601554373 @default.
• W149849243 doi "https://doi.org/10.5170/cern-1999-009.23" @default.
• W149849243 hasPublicationYear "1999" @default.
• W149849243 type Work @default.
• W149849243 sameAs 149849243 @default.
• W149849243 citedByCount "0" @default.
• W149849243 crossrefType "journal-article" @default.
• W149849243 hasAuthorship W149849243A5031962693 @default.
• W149849243 hasConcept C109214941 @default.
• W149849243 hasConcept C111919701 @default.
• W149849243 hasConcept C119599485 @default.
• W149849243 hasConcept C121332964 @default.
• W149849243 hasConcept C123657996 @default.
• W149849243 hasConcept C127413603 @default.
• W149849243 hasConcept C138331895 @default.
• W149849243 hasConcept C142362112 @default.
• W149849243 hasConcept C153349607 @default.
• W149849243 hasConcept C201995342 @default.
• W149849243 hasConcept C41008148 @default.
• W149849243 hasConcept C87668248 @default.
• W149849243 hasConcept C98045186 @default.
• W149849243 hasConceptScore W149849243C109214941 @default.
• W149849243 hasConceptScore W149849243C111919701 @default.
• W149849243 hasConceptScore W149849243C119599485 @default.
• W149849243 hasConceptScore W149849243C121332964 @default.
• W149849243 hasConceptScore W149849243C123657996 @default.
• W149849243 hasConceptScore W149849243C127413603 @default.
• W149849243 hasConceptScore W149849243C138331895 @default.
• W149849243 hasConceptScore W149849243C142362112 @default.
• W149849243 hasConceptScore W149849243C153349607 @default.
• W149849243 hasConceptScore W149849243C201995342 @default.
• W149849243 hasConceptScore W149849243C41008148 @default.
• W149849243 hasConceptScore W149849243C87668248 @default.
• W149849243 hasConceptScore W149849243C98045186 @default.
• W149849243 hasLocation W1498492431 @default.
• W149849243 hasOpenAccess W149849243 @default.
• W149849243 hasPrimaryLocation W1498492431 @default.
• W149849243 hasRelatedWork W1968219176 @default.
• W149849243 hasRelatedWork W1999607648 @default.
• W149849243 hasRelatedWork W2034683109 @default.
• W149849243 hasRelatedWork W2054814267 @default.
• W149849243 hasRelatedWork W2092304047 @default.
• W149849243 hasRelatedWork W2129045313 @default.
• W149849243 hasRelatedWork W2177216912 @default.
• W149849243 hasRelatedWork W2611957448 @default.
• W149849243 hasRelatedWork W2735039378 @default.
• W149849243 hasRelatedWork W2765326051 @default.
• W149849243 hasRelatedWork W2887208969 @default.
• W149849243 hasRelatedWork W2897840883 @default.
• W149849243 hasRelatedWork W2906596937 @default.
• W149849243 hasRelatedWork W3111239237 @default.
• W149849243 hasRelatedWork W3169770805 @default.
• W149849243 hasRelatedWork W3193884473 @default.
• W149849243 hasRelatedWork W3196046172 @default.
• W149849243 hasRelatedWork W3204861635 @default.
• W149849243 hasRelatedWork W2183509785 @default.
• W149849243 hasRelatedWork W2978385737 @default.
• W149849243 isParatext "false" @default.
• W149849243 isRetracted "false" @default.
• W149849243 magId "149849243" @default.
• W149849243 workType "article" @default.