DEGREE: BACHELOR IN INDUSTRIAL ELECTRONICS AND AUTOMATION YEAR: 2ND TERM: 2ND
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1 SESSION WEEK COURSE: ELECTRONICS ENGINEERING FUNDAMENTALS DEGREE: BACHELOR IN INDUSTRIAL ELECTRONICS AND AUTOMATION YEAR: 2ND TERM: 2ND The course has 29 sessions distributed during 15 weeks. The duration of each session is 100 minutes ( ) with ( ) minutes break. The laboratory sessions are set in five of the seminar sessions. COURSE WEEKLY PLAN DESCRIPTION OF THE SESSION CONTENTS GROUP Indicate if it is a different location from the classroom Indicate YES/NO if it is a session with 2 lecturers STUDENT WEEKLY HOMEWORK LECTURE SEMINAR DESCRIPTION CLASS HOURS HOMEWORK HOURS (Max. 7h per week) 1 1 Introduction to the subject - List of topics - Session organization - Practices: Calendar. Evaluation. - Calendar Modifications - Professors and groups. Classrooms - Tutorial schedule - Bibliography - Class attendance - Computer class session - Study of the basic concepts of Digital electronics, numerical systems and combinational circuits. - Purposed exercises solving 2,8 Página 1 de 8
2 Introduction to the Electronic Systems - The Outer world and the electronic world - Sensors (transducers) and actuators - Analog and digital systems - Block diagram. Full electronic system example Digital electronics basic concepts - Introduction. Basic concepts - Digital circuits and signals - Digital signal parameters - Basic logic functions Combinational circuits and numerical systems - Digital systems codification - Two s complement - Ex. 1. Numerical systems - Boole algebra. Logic gates - Ex. 2. Boole algebra minimization - Combinational circuit analysis - Ex. 3. Combinational Adder Multiplexers, decoders and synchronous systems - Other combinational functions - Decoders - Multiplexer (MU) - Synchronous sequential systems - D Flip-flop - Counters - Ex.4. Counter Chronogram - Multiplexers, decoders and synchronous systems study 7 Página 2 de 8
3 Memories, programmable logic and logic functions synthesis. - Memories - Basic parameters and terminology - Memory types - Addressing - Memory maps - Ex. 5. Memory maps - Logic funtions synthesis with ROM - Programmable Logic -Programmable logic devices - Improvements and evolution - Logic functions synthesis with PLDs - Ex.. Logic functions synthesis Digital circuits software - Software introduction - Ex. 2. Boole algebra minimization from session 2 - Ex. 7. Decoder - Ex. 8. Flip-flop Digital System exercises. Technology - Ex. 9. Memories - Ex. 10. Logic gates + MU + Flip flop - Ex. 11. Decoders - Ex. 12. Multiplexers + PLA - Integrated circuits. Technology - Computer Architectures. DSPs - Manufacturing. Videos COMP. CLASS - Proposed exercises simulation - Practice 1 preparation and previous computations 4 7 PRACTICE 1: COUNTER LAB YES Passive Components. Resistor - Analog signals parameters - Circuits theory Ex. 1. Average and root mean square values - Study for the partial evaluation - Resistor and potentiometer characteristics - Practice 2 preparation and previous - Circuit theory exercises computations - Ex. 2. Thévenin, Norton. Potentiometer Página 3 de 8
4 - Ex 3. Wheatstone Bridge - Ex. 4. Superposition Theorem 5 9 PRÁCTICE 2: PERSONALIZED COUNTER LAB YES 5 10 FIRST PARTIAL EAM: DIGITAL ELECTRONICS Passive Components. Capacitors - Capacitors Characteristics - DC and AC behavior. - Capacitors: charge/discharge. - Ex. 5. Capacitor charge. RC Filters. Temporal and frequential response - Low pass filter RC. Bode diagram. - High pass filter RC. Basic Instrumentation Basic Electronics. - V and I real power supplies and waveform generators - Real voltimeter/amperimeter. Load effects. - Oscilloscope. - Protoboard. - Instrumentation examples. Components: Diode - Semiconductors Introduction - The PN junction diode - Diode biasing - Characteristic plot - Diode types. Zener diode. - Datasheets. - Equivalent circuits Diode applications (I): Limiter circuit - Ex. 1. Limiter circuit Analog system simulation software - Software Introduction - Ex. 1. Voltimeter. Configuration and connection. - Ex. Oscilloscope. Configuration and connection. - Ex. Voltage Divider. Multimeter load effects. - Filter theory study - Instrumentation and diodes study COMP. CLASS - Proposed exercises simulation - Diode applications study Página 4 de 8
5 Ex. 4. RC serial circuit serie with square signal input. Capacitor charge/discharge - Ex. 5. RC serial circuit serie with sinusoidal signal input. - Ex.. Half wave rectifier. Diode applications (II). Rectifiers circuits - Power supply - Half wave rectifier - Half wave rectifier with capacitor - Full wave rectifier Diode exercises - Ex. 2. Full wave rectifier with capacitor. - Ex. 3. Zener voltage regulator. - Ex. 4. Limiter circuit with source and diode. - Ex. 5. Limiter with two diodes. Components: MOSFET transistor. - Transistor types - Accumulation N cannel MOSFET - Structure and functionality - Static characteristic plot - Equation and working zones - Symbol and terminals - Biasing circuits - Other type of MOSFETs PRACTICE 3: RESISTOR DIVIDER AND RC FILTER MOSFET exercises - Ex. 1. Acumulation NMOS biasing circuit. - Ex. 2. Autobiasing NMOS circuit. - Ex. 3. MOSFET with RD variation to modify working region. ID-RD plots. - Ex. 4. PMOS biasing circuit. - Ex. 5. NMOS biasing circuit. - Practice 3 preparation and previous computations. - MOSFETs study LAB YES 7 Página 5 de 8
6 Components: BJT transistor - Concept, terminals, symbols. Parameters. - Working regions and structure. Active mode. - Characteristic static plots. - Working regions and equations - Biasing circuits - Applications: Current source and switching. - Ex. 1. Npn BJT biasing solving: exact and approximating VB by VTh - Ex. 2. Pnp BJT biasing solving Analog subsystems: Amplification (I) - Amplification concept - Amplifier types - Coupling capacitors - Amplifier Bode diagram. - The ideal operational amplifier - Ideal A.O. applications - Open circuit: Comparator circuit - Negative feedback - Inverting - non inverting - Adder amplifier for DA conversion Exercises to simulate in the computer class - Ex. 3. Accumulation NMOS biasing example (From session 18). - Ex.. NMOS biasing with RS. Amplification. - Ex. 7. BJT biasing as a digital switch. - Ex. 8. Operational amplifiers SECOND PARTIAL EAM: INSTRUMENTATION + DIODE + MOSFET Analog subsystems: Amplification (II) - Applications of operational amplifiers with negative feedback - Buffer - Differential amplifier - Instrumentation amplifier - Integer - BJT transistor study - Partial evaluation study Comp. Class - Partial evaluation study - Amplification study - Real electronic systems study - Practice 4 preparation and previous computations 7 Página de 8
7 - Deriver - Precision rectifier Amplification exercises - Ex. 1. A.O. Inverting configuration - Ex. 2. Adder scaler for DA conversion - Ex. 3. Battery charger control system Real electronic system block diagram - Filters. Sensors and actuators. - A/D conversion PRACTICE 4: ANALOG + DIGITAL LAB YES Real electronic systems example - D/A conversion - Electronic systems examples - Ex. 1. D/A converter resolution - Ex. 2. D/A bit number - Ex. 3. A/D converter resolution - Ex. 4. A/D converter sampling frequency Conversor A/D - Ex. 5. A/D quantization PRACTICE 5: INDIVIDUAL EVALUATION OF LABORATORY PRACTICES Electronic engineering fundamentals - System description - Analog subsytem - Ex. 1. Sensor and conditioning - Ex. 2. Current source - Ex. 3. Diferential amplifier - Digital subsistem - Ex. 4. Encoder - Ex. 5. Memory - Ex.. Counter and timing block - DA and AD converter study - Preparation of the individual evaluation of laboratory practices LAB YES - Study for the ordinary exam Exercises resolution for exam preparation - Study for the ordinary exam 3 15 Recovery, tutorial clases, etc Subtotal 1 48,14 8,8 Total 1 (Class and working hours between1-14 weeks) Exam preparation and exam 3 12 Página 7 de 8
8 17 18 Subtotal Total 2 (Class and working hours between15-18 weeks) 15 TOTAL (Total 1 + Total hours Max.) 150 Página 8 de 8
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