Course Catalog

EE 302 Digital Integrated Circuits	3 Credits
Overview of metal-oxide semiconductor (MOS) device technologies for large scale integrated (LSI) circuits; inverter circuits, static and transient operation; complementary metal-oxide semiconductor (CMOS) logic implementation, full-custom gate design, mask layout fundamentals; static and dynamic logic circuits; sequential logic circuit designs; non-volatile semiconductor memory structures; static and dynamic random access memory design principles.
Last Offered Terms Course Name SU Credit Spring 2023-2024 Digital Integrated Circuits 3 Spring 2022-2023 Digital Integrated Circuits 3 Spring 2021-2022 Digital Integrated Circuits 3 Spring 2020-2021 Digital Integrated Circuits 3 Spring 2019-2020 Digital Integrated Circuits 3 Spring 2018-2019 Digital Integrated Circuits 3 Spring 2017-2018 Digital Integrated Circuits 3 Spring 2016-2017 Digital Integrated Circuits 3 Spring 2015-2016 Digital Integrated Circuits 3 Spring 2014-2015 Digital Integrated Circuits (EL302) 3 Spring 2013-2014 Digital Integrated Circuits (EL302) 3 Spring 2012-2013 Digital Integrated Circuits (EL302) 3 Spring 2011-2012 Digital Integrated Circuits (EL302) 3 Spring 2010-2011 Digital Integrated Circuits (EL302) 3 Spring 2009-2010 Digital Integrated Circuits (EL302) 3 Spring 2008-2009 Digital Integrated Circuits (EL302) 3 Spring 2007-2008 Digital Integrated Circuits (EL302) 3 Spring 2006-2007 Digital Integrated Circuits (EL302) 3 Spring 2005-2006 Digital Integrated Circuits (EL302) 3 Spring 2004-2005 Digital Integrated Circuits (EL302) 3 Spring 2003-2004 Digital Integrated Circuits (EL302) 3 Spring 2002-2003 Digital Integrated Circuits (EL302) 3 Spring 2001-2002 Digital Integrated Circuits (EL302) 3
Prerequisite: EL 202 - Undergraduate - Min Grade D
or EE 202 - Undergraduate - Min Grade D
Corequisite: EE 302L
and EE 302R
ECTS Credit: 6 ECTS (8 ECTS for students admitted before 2013-14 Academic Year)
General Requirements: