A low noise charge sensitive preamplifier with switch control feedback resistance

A low noise charge sensitive preamplifier with switch control feedback resistance 1 2 first-author 1 corresp Corresponding author. E-mail address: suhong@impcas.ac.cn Corresponding author. E-mail address: suhong@impcas.ac.cn suhong@impcas.ac.cn 1 1 1 Institute of Modern Physics, Chinese Academy of Sciences, Lanzhou 730000, China Institute of Modern Physics, Chinese Academy of Sciences, Lanzhou 730000, China Department of Physics, University of Douala, Cameroon Department of Physics, University of Douala, Cameroon In this paper, the design and analysis of a new low noise charge sensitive preamplifier for silicon strip, Si(Li), CdZnTe and CsI detectors etc. with switch control feedback resistance were described, the entire system to be built using the CMOS transistors. The circuit configuration of the CSP proposed in this paper can be adopted to develop CMOS-based Application Specific Integrated Circuit further for Front End Electronics of read-out system of nuclear physics, particle physics and astrophysics research, etc. This work is an implemented design that we succeed after a simulation to obtain a rise time less than 3ns, the output resistance less than 94Ω and the linearity almost good. Charge sensitive preamplifier CMOS transistor Low noise Control switch Simulation References Weng M , Mandelli E , Moses W W , et al . IEEE Trans Nucl Sci , 2003 , 50 : 539 - 543 . IEEE Trans Nucl Sci Preamplifier introduction . Canberra : Canberra Industries , 2006 . Preamplifier introduction Barzdenas V , Navickas R . Electron Electr Eng , 2006 , Nr. 6 : 75 - 78 . Electron Electr Eng Connor P O , Pratte J F , Geronimo G D . Low noise charge amplifiers in submicron CMOS , July 2, 2003 (lecture) . Low noise charge amplifiers in submicron CMOS Moses W W , Kipnis I , Ho M H , et al . IEEE Trans Nucl Sci , 1994 , 41 : 1469 - 1472 . IEEE Trans Nucl Sci Randazzo N , Russ G V , Caligiore C , et al . Trieste INFN , 1 - 5 . Trieste INFN Pettersen D M , Mikkelsen S , Talebi J , et al . IEEE NSS , 2004 , N45-1 : 1 - 7 . IEEE NSS Field effect transistors (FET), examples frequency response. EE 359 Electronic Circuits . Sep 21, 2007 (lecture) . Field effect transistors (FET), examples frequency response. EE 359 Electronic Circuits Yang W . MOSFET devices and circuits . ES154-Lecture 7 of Harvard University (lecture) . MOSFET devices and circuits Rfic R F . Cascade current mirror. Microwave Theory & Design , http://www.rfic.co.uk . Cascade current mirror. Microwave Theory & Design Roderick J . Experiment 7, MOSFET dynamic circuits II , 1 - 8 . Experiment 7, MOSFET dynamic circuits II DC voltage and current source. EE105 spring , 2000 . DC voltage and current source. EE105 spring Kang H G . Fundamentals of electronic technique (analog) rev. 4 (in Chinese) . Beijing : Higher Education Press , 1999 . Fundamentals of electronic technique (analog) rev. 4 (in Chinese) Proteus 6.7 SP3. Labcenter Electronic, 1989-2005 , http://w.w.w.labcenter.co.uk . Proteus 6.7 SP3. Labcenter Electronic, 1989-2005 10.1016/S1001-8042(08)60019-6 TN722.7 + 3,TL8 Supported in part by the Third World Academy of Sciences, in part by the Institute of Modern Physics, Chinese Academy of Sciences, and in part by the National Natural Science Foundation of China (10675153) 2007-10-26 2008-02-20 2021-01-19 2008 Nuclear Science and Techniques 01 19