EE 40 University of California Berkeley Fall 2006 EE40 COURSE DESCRIPTION Course Objectives This course is intended to teach basic circuit theory and principles of electronic engineering as preparation for subsequent EE courses Catalog Description Fundamental circuit concepts and analysis techniques Kirchoff s laws nodal analysis independent and dependent sources Th venin Norton equivalent circuits Transient and AC analysis speed and power Phasors Bode plots and transfer function Filters and Op Amps Graphical methods for nonlinear circuits Gauss s Law and bandgap Diode and FET characteristics Diode and MOSFET circuits Introduction to basic integrated circuit technology and layout Digital signals logic gates switching An electronics laboratory is part of the course Using and understanding electronics laboratory equipment such as oscilloscope power supplies function generator multimeter curve tracer and RLC meter Includes a term project of constructing a circuit with appropriate electromechanical device Course Format Three hours lecture three hours laboratory one hour of discussion 4 Units Instructor Prof Connie Chang Hasnain Office 263M Cory Hall Office hour M 1 2 W 12 1 Email cch eecs berkeley edu Secretary Therese George 253 Cory therese eecs berkeley edu Prerequisites Math 1B and Physics 7B Textbooks and or other required material Hambley Allan R Electrical Engineering Principles and Applications 3rd ed Upper Saddle River NJ Pearson Education Inc 2005 Supplemental notes available at Copy Central Topics covered Introduction to circuits currents and voltages power and energy Kirchhoff s Current Law Kirchhoff s Voltage Law branches loops and nodes Resistive circuits Th venin and Norton equivalent circuits Node Mesh Superposition analysis Inductance and capacitance L and C transients 1st and 2nd order circuits Phasors Frequency response Bode plots Resonance Transfer function Filters 1 st and 2nd order filters Operational Amplifiers Ideal operational amplifiers Inverting and non inverting amplifiers Design of simple amplifiers Op amp imperfections in the linear range of operation Integrators and differentiators Diode circuits Basic concepts Load line analysis of diode circuits Ideal diode model Piecewise linear diode models Rectifier circuits voltage doubler Semiconductors n and p doping bandgap Diode physics Gauss s Law and Poisson Equation Depletion approximation IV characteristics 1 EE 40 University of California Berkeley Fall 2006 MOSFET physics NMOS and PMOS transistors and simple fabrication concepts MOSFET circuits Load line analysis Bias circuits Small signal equivalent circuits Common source amplifiers Source followers Binary logic truth tables inversion NAND and NOR Logic circuits CMOS logic gates flip flops registers counters adder Class laboratory schedule Office Hours Discussion and Laboratory Sections Begin 9 5 06 Stay with ONE Discussion and Lab session you registered Midterm and Final Dates Midterm 10 11am on 9 27 10 25 11 29 Location TBD Final 8 11am on 12 12 Location TBD Best Lecture Notes Contest Due at 263M Cory 5pm 12 15 Bonus points equivalent to 2 of final grade for one winner If none of the submission contains complete information no winner will be selected Best Final Project Contest 12 8 3 5pm Location TBD Grading Policy 11 11 HW sets 15 11 Labs i 7 structured experiments 7 ii one 4 week final project 8 13 each 3 midterm exams 35 Final exam No late HW or Lab reports accepted No make up exams unless Prof Chang s approval is obtained at least 24 hours before exam time proofs of extraneous circumstances are required Weekly HW Assignment on the web by 5 pm Wednesdays starting 8 30 05 Due 5 pm the following Wednesday in HW box 240 Cory On the top page right top corner write your name in the form Last Name First Name with discussion session number Graded homework will be returned one week later in discussion sessions Labs Complete the prelab section before going to the lab Satisfactory completion of each lab is necessary to pass class Classroom Rules Please come to class on time Turn off cell phones pagers radio CD DVD etc No food No pets Do not come in and out of classroom Lectures will be recorded and webcasted 2
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