Fundamentals of Power Electronics with MATLAB
Designed as a hands-on reference, this text teaches students and engineers how to use MATLAB as a simulation and computational tool for power electronics.
TABLE OF CONTENTS Fundamentals of Power Electronics with MATLAB
List of Examples
Chapter 1: Principles of Electrical Power
- Listing 1.1: Solution to Example 1.7
- Listing 1.2: Solution to Example 1.10
- Listing 1.3: Solution to Example 1.11
- Listing 1.4: Solution Code for Example 1.14
- Listing 1.5: Solution Program for Example 1.15
- Listing 1.6: Code to Compute the RMS Value of; i ? in Example 1.17
- Listing 1.7: Solution to Example 1.18
- Listing 1.8: Solution to Example 1.22
Chapter 2: Diode Rectifier Circuits
- Listing 2.1: Computations for Example 2.1
- Listing 2.2: Computations for Example 2.3
- Listing 2.3: Function to Solve Equation 2.60 for
- Listing 2.4: Power Computations for the Circuit in Example 2.6
- Listing 2.5: Solution to Example 2.7
- Listing 2.6: Solution to Example 2.8
- Listing 2.7: Function to Compute ? 1 and ? 2 from q and ?
- Listing 2.8: Solution to Example 2.10
- Listing 2.9: Program to Compute Average Battery Current from Equation 2.96
- Listing 2.10: Power Computations for the HW Charger with Series R-L Impedance
- Listing 2.11: Power Computations for a CCM FW Charger with Series R-L Impedance
- Listing 2.12: Average Battery Current Computation for Example 2.14
- Listing 2.13: Function to Solve Equation 2.122 for the Cut-in Angle
- Listing 2.14: Solution to Example 2.17
- Listing 2.15: Program to Compute RMS Capacitor Current of the HW Rectifier with R-C Load
- Listing 2.16: Power Computations for the HW Rectifier with R-C Load
- Listing 2.17: Program to Plot Four Cycles of an FW Rectified Sine-Wave
- Listing 2.18: Code to Plot the Magnitude Spectrum of an FW Rectified Sine-Wave
- Listing 2.19:...
Copyright Career & Professional Group, a division of Thomson Learning, Inc. 2007 under license agreement with Books24x7
