ES 203 Electrical Systems Curriculum at Rose-Hulman Institute of Technology: Fall 2006-07, Lab Reports of Engineering

Download ES 203 Electrical Systems Curriculum at Rose-Hulman Institute of Technology: Fall 2006-07 and more Lab Reports Engineering in PDF only on Docsity! ROSE-HULMAN INSTITUTE OF TECHNOLOGY Sophomore Engineering Curriculum ES 203 Electrical Systems Fall 2006-07 Wednesday Lab Course Calendar Page 1 of 1 Class Day Date Topic Reading Homework 1-1 R Aug-31 Introduction and overview 1.1-3 1-2 M Sep-4 Charge, current, voltage, reference directions 1.4-6 1-3 T Sep-5 Circuit elements: Sources, dependent sources, resistors 2.1-2 (HW 1, Prelab due) 1-L W Sep-6 Lab 1. 2-1 R Sep-7 Inductors and capacitors 6.1-2 2-2 M Sep-11 Sinusoids, RMS, phasor transform 9.1-3 2-3 T Sep-12 Phasor addition 9.3 (HW 2, Prelab due) 2-L W Sep-13 Lab 2. 3-1 R Sep-14 Impedances 9.4 3-2 M Sep-18 KVL & KCL 2.3-5, 9.5 3-3 T Sep-19 Series & parallel elements, voltage & current divider 3.1-4 (HW 3, Prelab due) 3-L W Sep-20 Lab 3. 4-1 R Sep-21 Series & parallel elements, voltage & current divider 9.6 4-2 M Sep-25 L & C in series and parallel 6.3 4-3 T Sep-26 Exam 1 (evening at 6pm) (HW 4, Prelab due) 4-L W Sep-27 Lab 4. 5-1 R Sep-28 Systematic analysis 4.1-2 5-2 M Oct-2 Node analysis 4.3-4 5-3 T Oct-3 Node & mesh analysis 4.3-4 (HW 5, Prelab due) 5-L W Oct-4 Lab 5. 6-1 R Oct-5 Node & mesh analysis 4.5-8 6-2 M Oct-9 AC node & mesh analysis 9.8-9 6-3 T Oct-10 Source transformations 4.9 (HW 6, Prelab due) 6-L W Oct-11 Lab 6. 7-1 M Oct-16 Thevenin and Norton 4.10-12 7-2 T Oct-17 Superposition 4.13 (HW 7, Prelab due) 7-L W Oct-18 Lab 7. 7-3 R Oct-19 Thevenin & Norton for AC circuits 9.7 8-1 M Oct-23 AC power: Instantaneous, average, reactive, complex 10.1-2 8-2 T Oct-24 Exam 2 (evening at 6pm) (HW 8, Prelab due) 8-L W Oct-25 Lab 8. 8-3 R Oct-26 P, Q, power factor, RMS 10.2-3 9-1 M Oct-30 Complex power, power calculations 10.4-5 9-2 T Oct-31 AC power, maximum power transfer 10.5-6 (HW 9 due) 9-L W Nov-1 Lab 9: Lab Practical Exam. 9-3 R Nov-2 Op amps: Ideal model, inverting, non-inverting 5.1-2 10-1 M Nov-6 Op amps: Sum and difference amplifiers 5.3-5 10-2 T Nov-7 Op amp models 5.6-7 (HW 10, Prelab due) 10-L W Nov-8 Lab 10. 10-3 R Nov-9 Review (HW 11 due)