基礎電力電子教學

基礎電力電子教學
Fundamentals Power Electronics First and Second Editions

Accompanying material for instructors
The materials below are intended to be used by instructors of power electronics classes who have adopted Fundamentals of Power Electronics as a text. These instructors may download and use the files for educational purposes free of charge. Students and others who have purchased the text may also use the slides as an educational supplement to the text. Other uses of these materials is prohibited. All slides copyright R. W. Erickson 1997-2004.
The slides for each chapter are contained in a .pdf file. These files can be read using the Adobe Acrobat viewer, available free from the Adobe Acrobat web site. Slides and overhead transpariencies covering the material of the entire book can be produced using these files.

Introduction 

• Chapter 1. Introduction 98kB,
• Updated second edition slides 519 kB,
• Powerpoint version 6.5MB.

Part 1: Converters in Equilibrium

• Chapter 2. Principles of steady-state converter analysis 126kB,
• Updated second edition slides 633 kB,
• Powerpoint version 8.4 MB
• Chapter 3. Steady-state equivalent circuit modeling, losses, and efficiency 98kB,
• Updated second edition slides 461 kB
• Chapter 4. Switch realization 201kB,
• Updated second edition slides 1.3 MB
• Chapter 5. The discontinuous conduction mode 96kB
• Chapter 6. Converter circuits 283kB,
• Updated second edition slides 1.5 MB

Part 2: Converter Dynamics and Control

• Chapter 7. Ac equivalent circuit modeling 422kB
• Chapter 8. Converter transfer functions 206 kB,
• Updated second edition slides 1.4 MB
• Chapter 9. Controller design 365kB,
•  Updated second edition slides 1 MB
• First Edition Chapter 10. Ac and dc equivalent circuit modeling of the discontinuous conduction mode 218kB,
• Updated second edition Chapter 11 slides 248 kB
• Second Edition Chapter 10. Input filter design 327 kB
• First Edition Chapter 11. The current programmed mode 236kB

Part 3: Magnetics

• First Edition Chapter 12. Basic magnetics theory 196kB,
• Updated Second Edition Chapter 13 slides 6.3 MB
• First Edition Chapter 13. Filter inductor design 67kB,
•  Updated Second Edition Chapter 14 slides 1.6 MB
• First Edition Chapter 14. Transformer design 175kB,
•  Updated Second Edition Chapter 15 slides 2 MB

Part 4: Modern Rectifiers and Power System Harmonics

• First Edition Chapter 15. Power and harmonics in nonsinusoidal systems 91kB,
•  Updated Second Edition Chapter 16 slides 208 kB
• First Edition Chapter 16. Line-commutated rectifiers 130kB,
• Updated Second Edition Chapter 17 slides 195 kB
• Chapter 17. The ideal rectifier 235kB
• Chapter 18. Low harmonic rectifier modeling and control

Part 5: Resonant Converters

• Chapter 19. Resonant conversion 325kB
• Chapter 20. Quasi-resonant converters 177kB

Appendices

• Appendix 1. RMS values of commonly-observed converter waveforms 26 kB
• Appendix 2. Magnetics design tables 26kB
• Appendix 3. Averaged switch modeling of a CCM SEPIC 41kB

引用 : http://ecee.colorado.edu/copec/book/SecEd.html

Fundamentals of Power Electronics, Second Edition
Authors: R. W. Erickson and D. Maksimovic
University of Colorado, Boulder
Publisher: Springer
Textbook website
Update 4/03/07 rwe/dm

PSpice files for the examples in Appendix B

• Library of models (switch.lib)
• SEPIC example of Section B.1.3 (B.1.3.cir)
• Buck-boost example of Section B.1.4 
  • switching circuit (B.1.4.switching.cir)
  • averaged circuit (B.1.4.average.cir)
• SEPIC example of Section B.2.1 (B.2.1.cir)
• Buck voltage regulator example of Section B.2.2 
  • closed-loop circuit (B.2.2.closed-loop.cir)
  • open-loop cirucit (B.2.2.open-loop.cir)
• DCM boost rectifier example of Section B.2.3 (B.2.3.cir)
• CPM buck example of Section B.3.2 
  • CPM control (B.3.2.cpm.cir)
  • duty-cycle control (B.3.2.duty.cir)

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Circuit symbols and schematic example for LTspice

Selected LTspice files.
Directions:

1. Download the above LTspice file, and unzip in the directory you will use for LT spice.
2. Download the above switch.lib file, and save in the same directory.
3. Run LT spice, and open switch.lib. Save in the same directory as "switch.lib"
4. Open B.1.3.asc, and run
5. To plot the output voltage: click on the plot pane, select Plot Settings / Add trace, then select V(out)

The zipped file includes the B.1.3 and B.3.2 examples, plus schematic capture .asy templates for library elements ccm1, ccm2, ccm3, ccm4, ccm-dcm1, ccm-dcm2, and cpm

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Circuit symbols and schematic example for Cadence Allegro Design Entry CIS (also known as "Capture")

The symbol library and the example are for Cadence SPB 15.7 (July 2006). Update 2/07/07 dm.

Note: the files below are for use only with Cadence Allegro Design Entry CIS.

Library of circuit symbols SWITCH.OLB corresponding to the models in switch.lib.

Capture project example: Buck_CCM1.opj and the corresponding design configuration: BUCK_CCM1.DSN

Basic instructions:

(1) Download all files (switch.lib, SWITCH.OLB, Buck_CCM1.opj, BUCK_CCM1.DSN) to a working folder.

(2) Start Design Entry CIS (Capture), open project Buck_CCM1. Open the schematic page (Design resources -> buck_ccm1.dsn -> SCHEMATIC1 -> PAGE1, double-click on PAGE1). Click to make the Schematic window active.

(3) Place -> part (opens a new window with available symbol libraries). Click on Add Library to add SWITCH.OLB. Symbols in the library should now be available to enter into the schematic. Cancel to close the library window.

(4) PSpice -> Edit Simulation Profile -> Configuration Files, click on Libraries, click on Browse, select switch.lib and Add to Design. Click OK to close the Simulation Setings window.

(5) At this point you should be able to run PSpice simulation (PSpice -> Run, or click on the "Run PSpice" button)

(6) Close and save the project: Make design window active, File -> Close Project, choose Yes All to save all changes

(7) Create your own (new) project: File -> New -> Project, choose Analog or Mixed A/D, select location and project name, choose Create upon an existing project, Browse to select Buck_CCM1. This should give you a new project with required libraries and a copy of the schematic from Buck_CCM1. You can then modify the schematic, run PSpice simulations etc.