Switch-mode Power Supply Simulation: Designing With Spice 3 - Hardcover

Sandler, Steven M.

 
9780071463263: Switch-mode Power Supply Simulation: Designing With Spice 3

Inhaltsangabe

A master-class in power supply design through circuit simulation

This book/CD-ROM package covers every essential aspect of power supply design simulation and fully explains the fundamentals of SPICE 3 simulation techniques.

  • CD-ROM contains SPICE3 and ISPICE simulation models and examples from the book, allowing easy customization

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Über die Autorin bzw. den Autor

Steven M. Sandler is a consultant to AEi Systems, LLC, a power electronics firm he founded in 1995, and author of SMPS Simulation with SPICE 3, published by McGraw-Hill. He developed and taught courses at Motorola University and has written many articles on power circuit modeling for PCIM, PEIN, and Intusoft Online. He holds a BSEE from Pacific Western University.

Von der hinteren Coverseite

A MASTER CLASS IN POWER SUPPLY DESIGN THROUGH CIRCUIT SIMULATION

  • PSpice AND SPICE 3 models
  • Selected examples from the book
  • Getting started with Converter Design and Analysis
  • Solving Convergence Problems
  • CD with OrCAD/PSpice Examples

With this book/CD package, designing today's smaller, cooler-running switchmode power supplies (SMPS) is faster and simpler. Expert Steven M. Sandler provides full explanations of modeling fundamentals and SPICE 3 simulation methods. He walks readers through every aspect of powerful circuit simulation techniques, including filters and magnetics. There's no better source for learning how to:

  • Model power factor correctors
  • Simulate magnetic components, including EMI filters, buck topology converters, magnetic cores, magnetic circuits, flyback converters, and more
  • Design synchronous rectifiers
  • Solve convergence problems
  • Improve simulation performance
  • And much more!

A ROADMAP TO SMOOTHER, SIMPLER, IMPROVED SMPS DESIGN
SPICE modeling of magnetic components * EMI filter design * Buck topology converters * Flyback converters * Low dropout linear regulators * DC-to-AC conversions * Power factor correction * Boost and sepic converters * Improving simulation performance * Solving convergence and other simulation problems * Simulation examples: actual vs. simulation results

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