Autors: Bogomilov, M., Mitev, G., Mitev, M. G., Nikolov, St., Petrova, P., Tsankov, L., Tsenov, R., Vankova-Kirilova, G., Zhelyazkov, G. Title: High Energy Cosmic Rays detection by Bulgarian Extensive Air Showers Array (BEASA) Part III. Capture and processing of the detector output signals Keywords: Extensive air shower (EAS), channel for time measurements, fAbstract: This paper defines the requirements for the front end electronics used in capturing and formation of single scintillation detector output signal. Some possible structural solutions for the electronic blocks meeting these requirements have been presented below. References - Grieder, P.K.F., 2010, Extensive Air Showers High Energy Phenomena and Astrophysical Aspects, Heidelberg, SPRINGER
- Glenn F. Knoll, 1999, Radiation Detection and Measurement, 3, New York, John Wiley & Sons
- Ahmed, S.N., 2007, Physics and Engineering of Radiation Detection., Amsterdam, Elsevier
- Wright, A.G, 2003, Amplifiers for use with photomultipliers – who needs them?, Nuclear Instruments and Methods in Physics Research A, Volume 504 (2003), pp. 245-249
- M. Mitev, Ch.Lenev., 1999, Charge to Digital Logaritmic Resonanse Converter., National Scientific Conference “Electronics ‘99”,, September 23-25 (1999), <Proceedings, book III, р 28 -33>, издателство на ТУС
- Bogomilov M. et al., 2012, High Energy Cosmic Rays detection by Bulgarian Extensive Air Showers Array (BEASA) Part I. Physical background, XXI International Scientific Conference ELECTRONICS ET’2012, Sozopol, September 19-21 (2012)., <Proceedings of the XXI International Scientific Conference ELECTRONICS ET’2012>, издателство на ТУС
Issue
| ANNUAL JOURNAL OF ELECTRONICS, vol. 6, issue 1, pp. 40-43, 2012, Bulgaria, издателство на ТУС, ISBN ISSN 1314-0078 |
Full text of the publication |