GaN transistors for efficient power conversion

✍ Scribed by De Rooij, Michael; Glaser, John; Lidow, Alex; Reusch, David; Strydom, Johan

Publisher: Wiley
Year: 2020
Tongue: English
Leaves: 373
Edition: Third edition
Category: Library

No coin nor oath required. For personal study only.

✦ Synopsis

GaN technology overview -- GaN transistor electrical characteristics -- Driving GaN transistors -- Layout considerations for GaN transistor circuits -- Modeling and measurement of GaN transistors -- Thermal management -- Hard-switching topologies -- Resonant and soft-switching converters -- RF performace -- DC-DC power conversion -- Multilevel converters -- Class D audio amplifiers -- Lidar -- Envelope tracking -- Highly resonant wireless power -- GaN transistors for space applications -- Replacing silicon power MOSFETs -- Appendix -- Index -- EULA.

✦ Table of Contents

GaN technology overview --
GaN transistor electrical characteristics --
Driving GaN transistors --
Layout considerations for GaN transistor circuits --
Modeling and measurement of GaN transistors --
Thermal management --
Hard-switching topologies --
Resonant and soft-switching converters --
RF performace --
DC-DC power conversion --
Multilevel converters --
Class D audio amplifiers --
Lidar --
Envelope tracking --
Highly resonant wireless power --
GaN transistors for space applications --
Replacing silicon power MOSFETs --
Appendix --
Index --
EULA.

✦ Subjects

Field-effect transistors--Materials;Gallium nitride;Power transistors--Materials;Electronic books;Field-effect transistors -- Materials;Power transistors -- Materials

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