Details

Autor(en) / Beteiligte

• Akimoto, T.
• Aoki, M.
• Azzi, P.
• Bacchetta, N.
• Behari, S.
• Benjamin, D.
• Bisello, D.
• Bolla, G.
• Bortoletto, D.
• Busetto, G.
• Cabrera, S.
• Canepa, A.
• Cardoso, G.
• Chertok, M.
• Ciobanu, C. I.
• Derylo, G.
• Fang, I.
• Feng, E. J.
• Fernandez, J. P.
• Flaugher, B.
• Freeman, J.
• Galtieri, L.
• Galyardt, J.
• Garcia-Sciveres, M.
• Giurgiu, G.
• Haber, C.
• Hale, D.
• Hara, K.
• Harr, R.
• Hill, C.
• Hoff, J.
• Holbrook, B.
• Hong, S. C.
• Hrycyk, M.
• Hsiung, T. H.
• Incandela, J.
• Jeon, E. J.
• Joo, K. K.
• Junk, T.
• Kahkola, H.
• Karjalainen, S.
• Kim, S.
• Kobayashi, K.
• Kong, D. J.
• Krieger, B.
• Kruse, M.
• Kuznetsova, N.
• Kyre, S.
• Lander, R.
• Landry, T.
• Lauhakangas, R.
• Lee, J.
• Lu, R.-S.
• Lujan, P.
• Lukens, P.
• Mandelli, E.
• Manea, C.
• Maksimovic, P.
• Merkel, P.
• Min, S. N.
• Moccia, S.
• Nakano, I.
• Nelson, T.
• Nord, B.
• Novak, J.
• Okusawa, T.
• Orava, R.
• Orlov, Y.
• Osterberg, K.
• Pantano, D.
• Pavlicek, V.
• Pellett, D.
• Pursley, J.
• Riipinen, P.
• Schuyler, B.
• Shenai, A.
• Soha, A.
• Stuart, D.
• Tanaka, R.
• Tavi, M.
• Von der Lippe, H.
• Walder, J.-P.
• Wang, Z.
• Weber, Marc
• Wester, W.
• Yamamoto, K.
• Yang, Y. C.
• Yao, W.
• Yarema, R.
• Yun, J. C.
• Zetti, F.
• Zimmerman, T.
• Zimmermann, S.
• Zucchelli, S.

Titel

CDF run IIb silicon detector: electrical performance and deadtime-less operation

Ist Teil von

• IEEE transactions on nuclear science, 2004-06, Vol.51 (3), p.987-993

Ort / Verlag

New York: IEEE

Erscheinungsjahr

2004

Quelle

IEEE Electronic Library (IEL)

Beschreibungen/Notizen

• The main building block and readout unit of the planned CDF Run IIb silicon detector is a "stave," a highly integrated mechanical, thermal, and electrical structure. One of its characteristic features is a copper-on-Kapton flexible cable for power, high voltage, data transmission, and control signals that is placed directly below the silicon microstrip sensors. The dense packaging makes deadtime-less operation of the stave a challenge since coupling of bus cable activity into the silicon sensors must be suppressed efficiently. The stave design features relevant for deadtime-less operation are discussed. The electrical performance achieved with stave prototypes is presented.