Advanced Multi-quadrant Operation Dc/dc Converters

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ISBN: 9780849372391 | 0849372399
Cover: Hardcover
Copyright: 10/31/2005

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There are several families of DC/DC converters constituting hundreds of different topologies. Sorting through the various properties and characteristics is obviously a daunting task. Culled from the pages of the groundbreaking Advanced DC/DC Converters, this book provides a focused, concise overview of more than 50 topologies of multi-quadrant converters. All aspects of these topologies are illustrated through designs developed by the authors through the years. The book begins with multiple-quadrant converters followed by switched component (SC and SI) converters, multiple-lift push-pull switched-capacitor converters, and finally, multiple-quadrant soft-switching converters.

Multiple Quadrant Operation Luo-Converters

(32)

Introduction

(2)

Circuit Explanation

(3)

Mode A

(1)

Mode B

(1)

Mode C

(1)

Mode D

(1)

Summary

(1)

Mode A (Quadrant I Operation)

(7)

Circuit Description

(4)

Variations of Currents and Voltages

(1)

Discontinuous Region

(1)

Mode B (Quadrant II Operation)

(4)

Circuit Description

(2)

Variations of Currents and Voltages

(1)

Discontinuous Region

(1)

Mode C (Quadrant III Operation)

(4)

Circuit Description

(2)

Variations of Currents and Voltages

(1)

Discontinuous Region

(1)

Mode D (Quadrant IV Operation)

(4)

Circuit Description

(2)

Variations of Currents and Voltages

(1)

Discontinuous Region

(1)

Simulation Results

(1)

Experimental Results

(4)

Discussion

(4)

Discontinuous-Conduction Mode

(1)

Comparison with the Double-Output Luo-Converter

(2)

Conduction Duty k

(1)

Switching Frequency f

(1)

Bibliography

(2)

Switched Component Converters

(54)

Introduction

(1)

A Two-Quadrant SC DC/DC Converter

(10)

Circuit Description

(1)

Mode A

(1)

Mode B

(2)

Mode A (Quadrant I Operation)

(3)

Mode B (Quadrant II Operation)

(3)

Experimental Results

(1)

Discussion

(1)

Efficiency

(1)

Conduction Duty k

(1)

Switching Frequency f

(1)

Four-Quadrant Switched Capacitor DC/DC Luo-Converter

(18)

Mode A (Q1: Forward Motoring)

(1)

Mode A1: Condition V1 > V2

(4)

Mode A2: Condition V1 < V2

(3)

Experimental Results

(1)

Mode B (QII: Forward Regenerative Braking)

(1)

Mode B1: Condition V1 > V2

(3)

Mode B2: Condition V1 < V2

(2)

Mode C (QIII: Reverse Motoring)

(1)

Mode D (QIV: Reverse Regenerative Braking)

(1)

Switched Inductor Four-Quadrant DC/DC Luo-Converter

(25)

Mode A (QI: Forward Motoring)

(1)

Continuous Mode

(2)

Discontinuous Mode

(3)

Mode B (QII: Forward Regenerative Braking)

(1)

Continuous Mode

(2)

Discontinuous Mode

(2)

Mode C (QIII: Reverse Motoring)

(1)

Continuous Mode

(2)

Discontinuous Mode

(3)

Mode D (QIV: Reverse Regenerative Braking)

(1)

Continuous Mode

(1)

Discontinuous Mode

(3)

Experimental Results

(1)

Bibliography

(2)

Positive Output Multiple-Lift Push-Pull Switched-Capacitor Luo-Converters

(28)

Introduction

(1)

Main Series

(3)

Elementary Circuit

(1)

Re-Lift Circuit

(1)

Triple-Lift Circuit

(1)

Higher Order Lift Circuit

(1)

Additional Series

(6)

Elementary Additional Circuit

(1)

Re-Lift Additional Circuit

(1)

Triple-Lift Additional Circuit

(4)

Higher Order Lift Additional Circuit

(1)

Enhanced Series

(1)

Elementary Enhanced Circuit

(1)

Re-Lift Enhanced Circuit

(1)

Triple-Lift Enhanced Circuit

(1)

Higher Order Enhanced Lift Circuit

(1)

Re-Enhanced Series

(4)

Elementary Re-Enhanced Circuit

(1)

Re-Lift Re-Enhanced Circuit

100

(2)

Triple-Lift Re-Enhanced Circuit

102

(1)

Higher Order Lift Re-Enhanced Circuit

102

(1)

Multiple-Enhanced Series

102

(7)

Elementary Multiple-Enhanced Circuit

103

(3)

Re-Lift Multiple-Enhanced Circuit

106

(2)

Triple-Lift Multiple-Enhanced Circuit

108

(1)

Higher Order Lift Multiple-Enhanced Circuit

109

(1)

Theoretical Analysis

109

(2)

Summary of This Technique

111

(1)

Simulation Results

111

(1)

A Triple-Lift Circuit

112

(1)

A Triple-Lift Additional Circuit

112

(1)

Experimental Results

112

(3)

A Triple-Lift Circuit

112

(1)

A Triple-Lift Additional Circuit

112

(1)

Bibliography

113

(2)

Negative Output Multiple-Lift Push-Pull Switched-Capacitor Luo-Converters

115

(24)

Introduction

115

(1)

Main Series

116

(4)

N/O Elementary Circuit

117

(2)

N/O Re-Lift Circuit

119

(1)

N/O Triple-Lift Circuit

119

(1)

N/O Higher Order Lift Circuit

119

(1)

Additional Series

120

(4)

N/O Elementary Additional Circuit

121

(1)

N/O Re-Lift Additional Circuit

121

(1)

N/O Triple-Lift Additional Circuit

121

(2)

N/O Higher Order Lift Additional Circuit

123

(1)

Enhanced Series

124

(3)

N/O Elementary Enhanced Circuit

125

(1)

N/O Re-Lift Enhanced Circuit

125

(1)

N/O Triple-Lift Enhanced Circuit

125

(1)

N/O Higher Order Lift Enhanced Circuit

126

(1)

Re-Enhanced Series

127

(4)

N/O Elementary Re-Enhanced Circuit

127

(1)

N/O Re-Lift Re-Enhanced Circuit

128

(1)

N/O Triple-Lift Re-Enhanced Circuit

128

(1)

N/O Higher Order Lift Re-Enhanced Circuit

129

(2)

Multiple-Enhanced Series

131

(4)

N/O Elementary Multiple-Enhanced Circuit

132

(2)

N/O Re-Lift Multiple-Enhanced Circuit

134

(1)

N/O Triple-Lift Multiple-Enhanced Circuit

134

(1)

N/O Higher Order Lift Multiple-Enhanced Circuit

135

(1)

Summary of This Technique

135

(1)

Simulation and Experimental Results

135

(4)

Simulation Results

135

(2)

Experimental Results

137

(1)

Bibliography

137

(2)

Multiple-Quadrant Soft-Switch Converters

139

(46)

Introduction

140

(1)

Multiple-Quadrant DC/DC ZCS Quasi-Resonant Luo-Converters

141

(13)

Mode A

142

(1)

Interval t = 0 to t1

143

(1)

Interval t = t1 to t2

144

(1)

Interval t = t2 to t3

144

(1)

Interval t = t3 to t4

144

(1)

Mode B

145

(1)

Interval t = 0 to t1

146

(1)

Interval t = t1 to t2

147

(1)

Interval t = t2 to t3

147

(1)

Interval t = t3 to t4

147

(1)

Mode C

148

(1)

Interval t = 0 to t1

149

(1)

Interval t = t1 to t2

150

(1)

Interval t = t2 to t3

150

(1)

Interval t = t3 to t4

150

(1)

Mode D

151

(1)

Interval t = 0 to t1

152

(1)

Interval t = t1 to t2

153

(1)

Interval t = t2 to t3

153

(1)

Interval t = t3 to t4

153

(1)

Experimental Results

154

(1)

Multiple-Quadrant DC/DC ZVS Quasi Resonant Luo-Converter

154

(15)

Mode A

155

(3)

Interval t = 0 to t1

158

(1)

Interval t = t1 to t2

158

(1)

Interval t = t2 to t3

158

(1)

Interval t = t3 to t4

159

(1)

Mode B

159

(2)

Interval t = 0 to t1

161

(1)

Interval t = t1 to t2

161

(1)

Interval t = t2 to t3

161

(1)

Interval t = t3 to t4

162

(1)

Mode C

162

(2)

Interval t = 0 to t1

164

(1)

Interval t = t1 to t2

164

(1)

Interval t = t2 to t3

164

(1)

Interval t = t3 to t4

165

(1)

Mode D

165

(2)

Interval t = 0 to t1

167

(1)

Interval t = t1 to t2

167

(1)

Interval t = t2 to t3

167

(1)

Interval t = t3 to t4

168

(1)

Experimental Results

169

(1)

Multiple-Quadrant Zero-Transition DC/DC Luo-Converters

169

(16)

Mode A (Quadrant I Operation)

172

(2)

Mode B (Quadrant II Operation)

174

(1)

Mode C (Quadrant III Operation)

175

(1)

Mode D (Quadrant IV Operation)

176

(1)

Simulation Results

177

(1)

Experimental Results

177

(3)

Design Considerations

180

(2)

Bibliography

182

(3)

Index

185

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Advanced Multi-quadrant Operation Dc/dc Converters

Summary

Table of Contents

Supplemental Materials