Topics: The Design of circuits with: The Operational Amplifier The Junction Diode The Field Effect Transistor Grades: Three Exams – 20% each Lab – 25% Homework/Quizs/Project – 15%San Jose State University Department of Electrical Engineering EE122 Electronic Design 1 Instructor: Prof. James Freeman 9243794 [email protected] 900-5553483 Office Hours: M & W: 10 to 11, T & Th.: 1400 to 1600, 1800 to 1830 By Appointment or anytime the door is open Text: Microelectronic Circuits; Fifth Edition by Sedra/Smith Prerequisites: EE110 with a Grade of C or better Objectives: The student will analyze the various devices used to design electronic circuits and systems ( Op Amps, Diodes, BJTs, and FETs) and learn how to design circuits with them. Topics: The Design of circuits with: The Operational Amplifier The Junction Diode The Bipolar Junction Transistor The Field Effect Transistor Outcomes: The student should be able to: Analyze and design circuits utilizing real op amps. Analyze and design circuits utilizing diodes. Analyze and design circuits utilizing a BJT. Analyze and design circuits utilizing a FET. Analyze and design circuits with combinations of the above devices. Homework: Homework will be assigned as shown on the attached schedule. Each Wednesday homework will be both collected and graded or a five minute exam will be given on one of the homework problems. Homework may be done and handed in by a team of up to 3 students. Projects: A project will be offered for each of the four device areas of the class. Teams of up to 3 student members will choose one of the projects to design and verify. Problem Sessions We will choose a time each week for solving application problems. No new material will be covered during this time. Grades: Three Exams – 20% each Lab – 25% Homework/Quizs/Project – 15% A = 90%+ B = 80% + C=70%+ D=60%+ plus or minus epsilon This is a ContractDate Topics Homework Projects 24-Jan Chapter 1- Linearity, Amplifiers, RC Time Constants 1 - 51, 53, 55, 68, 72, 77 29-Jan Frequency Response, Bode Plots 31-Jan Chapter 2 - Operational Amplifiers 2 - 20, 22, 50, 67, 71 5-Feb CMRR, Slew rate, Stability 72, 119, 126 7-Feb Circuit Examples Application Note 12-Feb Circuit Examples 14-Feb Circuit Examples 19-Feb Circuit Examples 21-Feb Chapter 3 - Diodes 3 - 2, 3, 4, 10, 82, 91, 92 Op Amp Project 26-Feb Ideal Diode, Diode Types 28-Feb EXAM ON OP AMPS 5-Mar Half and Full wave Rectification 7-Mar Limiting & Clamping Circuits 12-Mar Chapter 4 - MOS Transistors 4 - 18, 19, 20, 30, 33, 35 Diode Project 14-Mar BJT & MOS Device Characteristics 4 - 42, 43, 61, 74, 75 78 19-Mar Device Characteristics 4 - 88, 99, 101, 21-Mar Device Switching 2-Apr CMOS Circuits 10 - 14, 25, 29, 31 4-Apr DC Biasing 9-Apr EXAM ON DIODES AND CMOS 11-Apr MOS Amplifier Circuits 5 - 48,56,57,75, MOS Project 16-Apr MOS Amplifier Circuits 18-Apr MOS Amplifier Circuits 23-Apr Chapter 5 - BJTs 25-Apr Characteristics 30-Apr DC Biasing 2-May Single Stage Amplifiers 7-May Single Stage Amplifiers 9-May Single Stage Amplifiers BJT Project 14-May Overview 17-May Final Thursday 07:15 to 9:30 This is an
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