ecen_240_matlab_full_table_of_content
EcEn 240 Table of Content
| Chapter | Modulo | Course Topic | Matlab Topic | Created |
|---|---|---|---|---|
| Ch 0 | MT240.NR.0 | Intro to MATLAB | Matlab Basic Operations, Matrix Operations, | Yes |
| Array Operations, Script Files | ||||
| Ch 1 | MT240.NR.1 | Electrical Engineering Overview | ||
| MT240.NR.1.1.1 | Electrical Engineering Overview | |||
| MT240.NR.1.2.1 | The International System of Units | |||
| MT240.NR.1.3.1 | Circuit Analysis: An Overview | |||
| MT240.NR.1.4.1 | Voltage and Current | |||
| MT240.NR.1.5.1 | The Ideal Basic Circuit Element | |||
| MT240.NR.1.6.1 | Power and Energy | Graph Function , Axis Control, | Yes | |
| Annotation, Figures | ||||
| Ch 2 | MT240.NR.2 | Circuit Elements | ||
| MT240.NR.2.1.1 | Voltage and Current Sources | |||
| MT240.NR.2.2.1 | Electrical Resistance (Ohm's Law) | |||
| MT240.NR.2.3.1 | Construction of a Circuit Model | |||
| MT240.NR.2.4.1 | Kirchhoff's Law | |||
| MT240.NR.2.5.1 | Dependent Sources | |||
| Ch 3 | MT240.NR.3 | Simple Resistive Circuit | ||
| MT240.NR.3.1.1 | Resistors in Series | |||
| MT240.NR.3.2.1 | Resistors in Parallel | Function Files | Yes | |
| MT240.NR.3.3.1 | Voltage and Current Divider | |||
| MT240.NR.3.4.1 | Voltage and Current Division | Function Files | Yes | |
| Ch 4 | MT240.NR.4 | Techniques of Circuit Analysis | ||
| MT240.NR.4.2.1 | Node-Voltage Method | |||
| MT240.NR.4.3.1 | Node-Voltage w/ Dep. Sources | Inverse Matrix | Yes | |
| MT240.NR.4.4.1 | Node-Voltage & Special Cases | |||
| MT240.NR.4.5.1 | Mesh-Current Method | |||
| MT240.NR.4.6.1 | Mesh-Current w/ Dep. Sources | |||
| MT240.NR.4.7.1 | Mesh-Current & Special Cases | |||
| MT240.NR.4.8.1 | Node-Voltage vs. Mesh-Current | |||
| MT240.NR.4.9.1 | Source Transformation | |||
| MT240.NR.4.10.1 | Thevenin and Norton Equivalents | |||
| MT240.NR.4.11.1 | More on Thevenin Equivalent | |||
| MT240.NR.4.12.1 | Maximum Power Transfer | Review | Yes | |
| MT240.NR.4.13.1 | Superposition | |||
| Ch 5 | MT240.NR.5 | Operational Amplifier | ||
| MT240.NR.5.1.1 | Operational Amplifier Terminals | |||
| MT240.NR.5.2.1 | Terminal Voltages and Currents | |||
| MT240.NR.5.3.1 | The Inverting-Amplifier Circuit | If-statement, For-loop | Yes | |
| MT240.NR.5.4.1 | The Summing-Amplifier Circuit | Functions continued | Yes | |
| MT240.NR.5.5.1 | The NonInverting-Amplifier Circuit | |||
| MT240.NR.5.6.1 | The Difference-Amplifier Circuit | |||
| MT240.NR.5.7.1 | More Realistic Model for Op-Amp | |||
| Ch 6 | MT240.NR.6 | Inductance & Capacitance | ||
| MT240.NR.6.1.1 | The Inductor | |||
| MT240.NR.6.2.1 | The Capacitor | Perform an Integral using a for-loop | Yes | |
| MT240.NR.6.3.1 | Series-Parallel Combos of I & C | |||
| Ch 7 | MT240.NR.7 | Response of 1st-Order RL & RC | ||
| MT240.NR.7.1.1 | Natural Response of RL Circuit | |||
| MT240.NR.7.2.1 | Natural Response of RC Circuit | Review | Yes | |
| MT240.NR.7.3.1 | Step Response of RL & RC Circuits | |||
| MT240.NR.7.4.1 | A General Solution | |||
| Ch 8 | MT240.NR.8 | Nat. & Step. Resp. of RLC Circuit | ||
| MT240.NR.8.1.1 | Intro Nat. Resp. of Parallel RLC | |||
| MT240.NR.8.2.1 | Forms Nat. Resp. of Parallel RLC | Polynomial Roots, Real and Imaginary Command | Yes | |
| MT240.NR.8.3.1 | Step. Resp. of Parallel RLC | |||
| MT240.NR.8.4.1 | Nat. & Step. Resp. of Series RLC | |||
| Ch 9 | MT240.NR.9 | Sinusoidal Steady-State Analysis | ||
| MT240.NR.9.1.1 | The Sinusoidal Source | Review | Yes | |
| MT240.NR.9.2.1 | The Sinusoidal Response | |||
| MT240.NR.9.3.1 | The Phasor | |||
| MT240.NR.9.4.1 | Passive Circuit Elements in jw-D | |||
| MT240.NR.9.5.1 | Kirchhoff's laws in Freq-D | |||
| MT240.NR.9.6.1 | Series & Parallel Simplifications | |||
| MT240.NR.9.7.1 | Source Trans. & T/N Equiv Circ. | |||
| MT240.NR.9.8.1 | Node-Voltage Method | |||
| MT240.NR.9.9.1 | Mesh-Current Method | Mesh, Complex Numbers | Yes | |
| Ch 10 | MT240.NR.10 | Sinusoidal Steady-State Power Calc | ||
| MT240.NR.10.1.1 | Instantaneous Power | |||
| MT240.NR.10.2.1 | Average and Reactive Power | |||
| MT240.NR.10.3.1 | RMS and Power Calculations | |||
| MT240.NR.10.4.1 | Complex Power | Text | Yes | |
| Ch 12 | MT240.NR.12 | Intro to L. Transform | ||
| MT240.NR.12.1.1 | Definition of Laplace Transform | |||
| MT240.NR.12.4.1 | Functional Transforms | |||
| MT240.NR.12.5.1 | Operational Transforms | |||
| MT240.NR.12.6.1 | Applying Laplace Transform | |||
| Ch 13 | MT240.NR.13 | L Transform in Circuit Analysis | ||
| MT240.NR.13.1.1 | Circuit Elements in the S-Domain | |||
| MT240.NR.13.4.1 | The Transfer Function | |||
| Ch 14 | MT240.NR.14 | Intro to Freq. Selective Circuits | ||
| MT240.NR.14.1.1 | Intro to Passive Filters | |||
| MT240.NR.14.2.1 | Low-Pass Filter | |||
| MT240.NR.14.3.1 | High-Pass Filter | |||
| MT240.NR.14.4.1 | Band-Pass Filter | Logarithmic Plots | Yes | |
| Ch 15 | MT240.NR.15 | Active Filter Circuits | ||
| MT240.NR.15.1.1 | First-Order Low-Pass & High-Pass | Review | Yes | |
| MT240.NR.15.3.1 | Op-Amp Band-Pass & Band-Reject |
ecen_240_matlab_full_table_of_content.txt · Last modified: 2015/09/22 13:37 by petersen
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