Teaching Plan FAKULTI KEJURUTERAAN ELEKTRONIK DAN KEJURUTERAAN KOMPUTER UNIVERSITI TEKNIKAL MALAYSIA MELAKA

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1 Teaching Plan FAKULTI KEJURUTERAAN ELEKTRONIK DAN KEJURUTERAAN KOMPUTER UNIVERSITI TEKNIKAL MALAYSIA MELAKA ECADD DENC 5 SEMESTER 1 SESI /014 DENC 5 ECADD 1.0 Learning Outcomes At the end of this subject, the students should be able to: 1. explain the features and functionality of Electronic Computer Aided Design and Drafting (ECADD) tools. [1, C, K]. demonstrate digital electronics circuit characteristic using Multisim. [1, C, K]. produce electrical and electronic circuit using PSpice. [1, C, K] 4. apply MATLAB command and expression for signal processing function. 1, C, K] 5. display simulation result using ECADD tools through lab session. [4, P4, TPS] 6. demonstrate the right work attitude in any given task. [8, A, EM].0 Synopsis This course will discuss about Introduction to ECADD: Introduction to ECADD software, selection of computer software simulation: Multisim, PSpice and MATLAB, advantages of ECADD, and the design process. Digital Circuit Simulation: Introduction to Multisim, instrumenting a simulation in Multisim, the concept of Digital Circuit, binary digit and logic level, Boolean algebra, introduction of advanced logic circuit, combinational logic, and sequential circuit. Analog Circuit Simulation: Introduction to PSpice, Use of PSpice with OrCAD capture, DC nodal analysis, DC sweep analysis, diode I-V characteristic, maximum power transfer, AC frequency sweep analysis, transient analysis, and amplifier voltage swing. Signal Processing: Introduction to MATLAB, the MATLAB system, starting MATLAB, entering commands and expressions, variables, computing with MATLAB, plotting with MATLAB/graphics, MATLAB scripting files and the editor/debugger, and MATLAB Simulink toolbox..0 Pre requisite None Universiti Teknikal Malaysia Melaka 1 /7

2 4.0 Practical Application Lab session will be conducted in teams of two students per group. For this subject, students will conduct nine experiments: Experiment 1: Digital Simulation: Combinational Logic Circuit Experiment : Digital Simulation: Half Adder and Full Adder Experiment : Digital Simulation: Multiplexer and Demultiplexer Experiment 4: PSpice Simulation DC Analysis Experiment 5: PSpice Simulation AC Analysis Experiment 6: PSpice Simulation Monte Carlo Analysis Experiment 7: MATLAB Fundamental Experiment 8: Data Analysis using MATLAB Experiment 9: MATLAB Simulink Toolbox and Application 5.0 References 1. James W. Nilsson, Introduction to PSpice for Electric Circuits, 9 th edition, Prentice Hall, Holly Moore, MATLAB for Engineers, nd edition, Prentice Hall, John Reeder, Using Multisim: troubleshooting DC/AC circuits, 4 th edition, Thomson Delmar Learning, Richard H. Berube, Computer Simulated Experiments for Electronic Devices Using Electronics Workbench Multisim, Pearson Prentice Hall, Joseph G. Tront, PSpice for Basic Circuit Analysis, McGraw Hill, Course Implementations No. Session Hrs Freq Week Official Contact Hours Per Sem Self Learning Time Per Session Self Learning Time Per Sem Student Learning Time (SLT) Per Sem a b c d = a*b*c e f = e*b*c g = d + f Quiz Lab+ short report Long report Lab test Assignment report Presentation Total Credit per subject:.00 Universiti Teknikal Malaysia Melaka /7

3 7.0 Course Evaluations Course Works 100% - a i) Individual Assessments: - Lab 1 15% - Lab 15% - Assignment 10% - Presentation 6% - Quiz ( x %) 4% - Long report 10% ii) Group Assessment: - Short report ( 9 x 4%) 6% Final Examination 0% - b Total (a + b) 100% 8.0 Method of Assessment Component Knowledge Competency Attitude Communication /Quiz Lab Short & Long Report Presentation Assignment 9.0 Detail Syllabus and Teaching Plan Weeks Session Contents References 1 1& Chapter 1: Introduction to ECADD 10 Sept Introduction To ECADD Software. 1,,,4 & 5 &4 17 Sept Chapter 1: Introduction to ECADD Selection Of Computer Software Simulation: Multisim, PSpice And MATLAB. 1,,,4 & 5 Universiti Teknikal Malaysia Melaka /7

4 5&6 4 Sept 4 1 Oct 5 8 Oct Laboratory 1 7&8 Laboratory Chapter 1: Introduction to ECADD Advantages Of ECADD, And The Design Process. Digital Simulation: Combinational Logic Circuit Chapter : Digital Circuit Simulation Introduction To Multisim, Instrumenting A Simulation In Multisim. Digital Simulation: Half Adder and Full Adder 9&10 Chapter : Digital Circuit Simulation 1,,,4 & 5 The Concept Of Digital Circuit, Binary Digit And Logic Level. + Boolean Algebra, Introduction Of Advanced Logic Circuit, Combinational Logic, And Sequential Circuit. & 4 & Oct 7 Oct 8 9 Oct Laboratory Digital Simulation: Multiplexer and Demultiplexer Hari Raya Haji 144 Hijrah 1&14 Chapter : Analog Circuit Simulation Introduction To Pspice, Use Of Pspice With Orcad Capture. Lab 1 Chapter 1, & Laboratory 4 PSpice Simulation DC Analysis + Quiz 1 15&16 Chapter : Analog Circuit Simulation DC Nodal Analysis, DC Sweep Analysis. (1.5 hours) ( hour) Laboratory 5 PSpice Simulation AC Analysis 9 MID TERM BREAK nov 10 nov Universiti Teknikal Malaysia Melaka 4 /7

5 10 17&18 Chapter : Analog Circuit Simulation 1 Nov Diode I-V Characteristic, Maximum Power Transfer, AC Frequency Sweep Analysis. Laboratory 6 PSpice Simulation Monte Carlo Analysis 11 19&0 Chapter : Analog Circuit Simulation 19 Nov Transient Analysis, And Amplifier Voltage Swing. Laboratory 7 MATLAB Fundamental 1 1& Chapter 4: Signal Processing 6 Nov Introduction To MATLAB, The MATLAB System. + Starting MATLAB, Entering Commands And Expressions, Variables. Laboratory 8 Data Analysis using MATLAB 1 Dec ICWISE Conference at Sarawak, Malaysia 14 5&6 Chapter 4: Signal Processing 10 Dec Computing With MATLAB, Plotting With MATLAB/Graphics Dec Laboratory 9 MATLAB Simulink Toolbox and Application + Quiz 7&8 Chapter 4: Signal Processing MATLAB Scripting Files And The Editor/Debugger, And MATLAB Simulink Toolbox. Lab Chapter & 4 ( hours) 16 REVISION WEEK 17,18 & 19 FINAL EXAM WEEK Universiti Teknikal Malaysia Melaka 5 /7

6 10.0 Matrix of Learning Outcomes No Learning Outcome Delivery Assessment Explain the features and functionality of Electronic Computer Aided Design and Drafting (ECADD) tools. Demonstrate digital electronics circuit characteristic using Multisim. Produce electrical and electronic circuit using PSpice. Apply MATLAB command and expression for signal processing function. Display simulation result using ECADD tools through lab session. Demonstrate the right work attitude in any given task. Lab Lab Report Note * Level of emphasis on : 1 = Very Little Emphasis = Moderate Emphasis = Strong Emphasis Universiti Teknikal Malaysia Melaka 6 /7