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POWER/HVMOS
DEVICES COMPACT MODELING Editors: Wladek Grabinski and Thomas Gneiting Publisher: Mark de Jongh [Mark.deJongh@springer-sbm.com] 1st Edition., 2010, V, 300 p., Hardcover; ISBN: 978-90-481-3045-0 www. springer-sbm.com |
| Table
of contents |
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| Preface | Univ.-Prof. Dr.rer.nat.
Gerhard Wahutka; Lehrstuhl für Technische Elektrophysik; TU München |
| Introduction |
Wladek Grabinski, GMC
and Thomas Gneiting, AdMOS |
| Chapter_1 | Numerical Power/HV
Device
Simulations Oliver Triebl and Tibor Grasser; TU Vienna |
| Chapter_2 | HiSIM-LDMOS model Mitiko Miura-Mattausch |
| Chapter_3 | MM20 HVMOS Model: A
Surface-Potential Based Compact High-Voltage LDMOS Model for Circuit
Simulation Annemarie Aarts; TU Eindhoven and Alireza Tajic; NXP Semiconductors |
| Chapter_4 | Practical HV DMOS
modeling using HVEKV Renaud Gillon, Yogesh Chauhan, Adrian Ionescu, Bart Desoete, Peter Moens; EPFL and AMIS |
| Chapter_5 | Power Devices Andrzej Napieralski and Malgorzata Napieralska; TU Lodz |
| Chapter_6 | Distributed Modeling
Approach
Applied to the IGBT Patrick Austin and Jean-Louis Sanchez; LAAS |
| Chapter_7 | Web Based Modeling Tools Andrzej Napieralski; Lukasz Starzak, Bartlomiej Swiercz, Mariusz Zubert; TU Lodz |
| Index | |
| update 2-Feb-10 | Contents subject to change ©2008-2010 No.#5142 All rights reserved. WG |