SMPS Simulation With SPICE3

電力電子電路設計者必備參考書

內容包含 :
基本的 SPICE 模擬技術、與深入討論PWM模型及模擬問題解決方案，特別是非線性磁性線圈模型。隨書附贈範例軟體磁片

內容大綱：
1. Introdution
2. SPICE Modeling of Magnetic Components
3. EMI Filter Design
4. Buck Topology Converters
5. Flyback Converters
6. Low Dorpout Linear Requlator
7. DC - to - AC Conversions
8. Improving Simulation Performance
9. Solving Convergence and Other Simulation Problems

Chapter 1. Introduction

Why Simulate ?
About the SPICE Syntax Used in This Book
SPICE 3 and Other SPICE Extensions
Non-linear Dependent Sources (B element)
Switch with Hysteresis (S Element)
Software Included with This Book
SPICE Based Analyses Types Used in This Book
Operating Point Analysis
Transfer Function Analysis
Sensitivity Analysis
DC Analysis
AC Analysis
Transient Analysis
Fourier Analysis
Temperature Analysis
Monte Carlo and Worst Case Analysis
Optimizer Analysis

Introduction
Ideal Components in SPICE
IsSpice Coupled Inductor Model
Reluctance and Physical Models
Saturable Core Modeling
SPICE 2 Compatible Core Model
How the core Model Works
Calculating Core Parameters
SPICE 3 Compatible Core Model
Example 1 - MPP Core Model
Ferrite Cores
Example 2 - Ferrite Core
Constructing a Transformer
High Frequency Winding Effects

Basic Requirements
Defining the Negative Resistance
Example 1 - Input Resistance Analysis
Defining the Harmonic Content
Example 2 - .FOUR Analysis
Example 3 - Using the Optimizer to Calculate Harmonics
Steps to Set -Up and Run ans Optimizer Analysis
Example 4 - EMI Filter Design
Calculating the Input Impedance
Calculating the Harmonic Content
Calculating the Required Attenuation
Calculating the Component Values
Damping Elements
Fourth Order Filters
Inrush Current
MPP Inductors
Inrush Current Limiting

Hysteretic Switching Regulator
Average (State Space) vs . Switching Level Transient Models
Average Modeling Example
SG1524A Buck Regulator
Discontinuous Mode Simulation
An Improved Buck Subcircuit
Buck Mode Derivation
Definition of Terms
Governing Equations
Adding Slops Compensation
Voltage Mode Control
Improved SG1524A Buck Regulator
Transient Model

	A Flyback Subcircuit Governing Equations Dual Output Flyback Converter Audio Susceptibility Feedforward Improvements Flyback Transient Response Simulating Regulation Definitions Time Domain Model Adding Slope Compensation Voltage Mode Control
Chapter 6. Low Dropout Linear Regulator
	Headroom Transient Response Ripple Rejection Control Loop Stability
Chapter 7. DC-to-AC Conversions
	Uisng SPICE to Generate a Sine ROM State Machine Modeling Using the Sine Reference to Drive a Power Stage Improving the Sine Wave Power Circuit Powering Non-linear Loads Three Phase Sine Reference
Chapter 8.Improving Simulation Performance
	Building Circuit Models Simplifying Your Models .OPTIONS State Machine Models Hardware Considerations
Chapter 9. Solving Convergence and Other Simulation Problems
	What Is Convergence ? (or in My Case Non-Convergence) General Discussion IsSpice - New Convergence Algorithms Non-Convergence Error Messages/Indications Convergence Solutions DC Convergence Solutions Common Mistakes and Problems DC Sweep Convergence Solutions Transient Convergence Solutions Modelling Tips Repetitive or Switching Simulations Other Convergence Helpers
References
	General Average/State Space Modeling and Simulation Magnetics Design and Modeling Index

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SMPS Simulation With SPICE3 切換式電源供應器應用參考書

作者 : Steven M. Sandler