Interstrip Capacitances of the Readout Board used in Large Triple-GEM Detectors for the CMS Muon Upgrade
Creators: name: Abbas, M.
name: Abbrescia, M.
name: Abdalla, H.
name: Abdelalim, A.
name: AbuZeid, S.
name: Agapitos, A.
name: Ahmad, A.
name: Ahmed, A.
name: Ahmed, W.
name: Aimè, C.
name: Aruta, C.
name: Asghar, I.
name: Aspell, P.
name: Avila, C.
name: Babbar, J.
name: Ban, Y.
name: Band, R.
name: Bansal, S.
name: Benussi, L.
name: Bhatnagar, V.
name: Bianco, M.
name: Bianco, S.
name: Black, K.
name: Borgonovi, L.
name: Bouhali, O.
name: Braghieri, A.
name: Braibant, S.
name: Butalla, S.
name: Calzaferri, S.
name: Caponero, M.
name: Cassese, F.
name: Cavallo, N.
name: Chauhan, S.
name: Colaleo, A.
name: Collins, J.
name: Garcia, A. Conde
name: Dalchenko, M.
name: De Iorio, A.
name: De Lentdecker, G.
name: Olio, D. Dell
name: De Robertis, G.
name: Dharmaratna, W.
name: Dildick, S.
name: Dorney, B.
name: Erbacher, R.
name: Fabozzi, F.
name: Fallavollita, F.
name: Ferraro, A.
name: Fiorina, D.
name: Fontanesi, E.
name: Franco, M.
name: Galloni, C.
name: Giacomelli, P.
name: Gigli, S.
name: Gilmore, J.
name: Gola, M.
name: Gruchala, M.
name: Gutierrez, A.
name: Hadjiiska, R.
name: Hakkarainen, T.
name: Hauser, J.
name: Hoepfner, K.
name: Hohlmann, M.
name: Hoorani, H.
name: Huang, T.
name: Iaydjiev, P.
name: Irshad, A.
name: Iorio, A.
name: Ivone, F.
name: Jaramillo, J.
name: Jeong, D.
name: Jha, V.
name: Juodagalvis, A.
name: Juska, E.
name: Kailasapathy, B.
name: Kamon, T.
name: Karchin, P.
name: Kaur, A.
name: Kaur, H.
name: Keller, H.
name: Kim, H.
name: Kim, J.
name: Kumar, A.
name: Kumar, S.
name: Kumawat, H.
name: Lacalamita, N.
name: Lee, J. S. H.
name: Levin, A.
name: Li, Q.
name: Licciulli, F.
name: Lista, L.
name: Liyanage, K.
name: Loddo, F.
name: Lohan, M.
name: Luhach, M.
name: Maggi, M.
name: Maghrbi, Y.
name: Majumdar, N.
name: Malagalage, K.
name: Malhotra, S.
name: Martiradonna, S.
name: Mccoll, N.
name: McLean, C.
name: Merlin, J.
name: Misheva, M.
name: Mishra, D.
name: Mocellin, G.
name: Moureaux, L.
name: Muhammad, A.
name: Muhammad, S.
name: Mukhopadhyay, S.
name: Naimuddin, M.
name: Netrakanti, P.
name: Nuzzo, S.
name: Oliveira, R.
name: Pant, L.
name: Paolucci, P.
name: Park, I. C.
name: Passamonti, L.
name: Passeggio, G.
name: Peck, A.
name: Perera, N.
name: Petre, L.
name: Petrow, H.
name: Piccolo, D.
name: Pierluigi, D.
name: Raffone, G.
name: Rahmani, M.
name: Ramirez, F.
name: Ranieri, A.
name: Rashevski, G.
name: Ressegotti, M.
name: Riccardi, C.
name: Rodozov, M.
name: Romano, E.
name: Roskas, C.
name: Rossi, B.
name: Rout, P.
name: Roy, D.
name: Ruiz, J. D.
name: Russo, A.
name: Safonov, A.
name: Saltzberg, D.
name: Saviano, G.
name: Shah, A.
name: Sharma, A.
name: Sharma, R.
name: Shopova, M.
name: Simone, F.
name: Singh, J.
name: Soldani, E.
name: Sonnadara, U.
name: Starling, E.
name: Stone, B.
name: Sturdy, J.
name: Sultanov, G.
name: Szillasi, Z.
name: Teague, D.
name: Teyssier, D.
name: Tuuva, T.
name: Tytgat, M.
name: Vanegas, I. Vai N.
name: Venditti, R.
name: Verwilligen, P.
name: Vetens, W.
name: Virdi, A.
name: Vitulo, P.
name: Wajid, A.
name: Wang, D.
name: Wang, K.
name: Watson, I. J.
name: Weatherwax, J.
name: Wickramage, N.
name: Wickramarathna, D. D. C.
name: Yang, Y.
name: Yang, U.
name: Yongho, J.
name: Yoon, I.
name: You, Z.
name: Yu, I.
name: Zaleski, S.
Publisher: name: arXiv
Year: 2020
Subjects: subject: Instrumentation and Detectors (physics.ins-det)
subject: High Energy Physics - Experiment (hep-ex)
subject: FOS: Physical sciences
subject: FOS: Physical sciences

description: We present analytical calculations, Finite Element Analysis modeling, and physical measurements of the interstrip capacitances for different potential strip geometries and dimensions of the readout boards for the GE2/1 triple-Gas Electron Multiplier detector in the CMS muon system upgrade. The main goal of the study is to find configurations that minimize the interstrip capacitances and consequently maximize the signal-to-noise ratio for the detector. We find agreement at the 1.5--4.8% level between the two methods of calculations and on the average at the 17% level between calculations and measurements. A configuration with halved strip lengths and doubled strip widths results in a measured 27--29% reduction over the original configuration while leaving the total number of strips unchanged. We have now adopted this design modification for all eight module types of the GE2/1 detector and will produce the final detector with this new strip design.
description: 22 pages, 14 figures