Wolfram Bauer
Bosch
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Publication
Featured researches published by Wolfram Bauer.
IEEE Sensors Journal | 2007
Reinhard Neul; Udo-Martin Gomez; Kersten Kehr; Wolfram Bauer; Johannes Classen; Christian Döring; Ermin Esch; Siegbert Götz; Jörg Hauer; Burkhard Kuhlmann; Christoph Lang; Michael Veith; Rainer Willig
Micromachined angular rate sensors are key elements in several automotive systems, thus enabling highly sophisticated applications like rollover detection and mitigation, navigation systems, electronic stability program, and other future vehicle stabilizing and dynamics control systems. New automotive systems are demanding higher accuracy, better signal-to-noise ratio, higher robustness and insensitivity against external perturbations, better system availability and reliability, as well as easy application of the gyros. This paper is presenting the recent development, now the third generation, of micromachined angular rate sensors at Robert Bosch GmbH. Mass production was started in spring 2005. These surface micromachined gyroscopes exhibit outstanding performance compared to similar designs, especially in term of resolution, noise, and insensitivity against external perturbations
international conference on solid state sensors actuators and microsystems | 2005
Udo-Martin Gomez; Burkhard Kuhlmann; Johannes Classen; Wolfram Bauer; Christoph Lang; Michael Veith; Ermin Esch; Jens Frey; F. Grabmaier; K. Offterdinger; T. Raab; H.-J. Faisst; Rainer Willig; Reinhard Neul
Current developments in vehicle dynamics control systems and future advanced high performance vehicle stabilizing systems demand higher performance of the inertial signals of the vehicles dynamics, especially the angular rate signals: higher accuracy and better signal to noise ratio, high signal refresh rates, higher robustness and insensitivity against external interference, higher system availability and reliability, easier applicability (e.g. additional measuring axes). This paper presents a third generation angular rate sensor cluster MM3.x suitable for high volume production, meeting those demands. Design concepts of the core component - the new angular rate sensor module SMG - are unveiled, giving it outstanding functional performance compared to similar surface micromachined gyroscopes.
Archive | 2002
Rainer Willig; Andreas Thomae; Burkhard Kuhlmann; Joerg Hauer; Udo Martin Gomez; Siegbert Goetz; Christian Doering; Michael Fehrenbach; Wolfram Bauer; Udo Bischof; Reinhard Neul; Karsten Funk; Markus Lutz; Gerhard Wucher; Jochen Franz
Archive | 2001
Rainer Willig; Andreas Thomae; Burkhard Kuhlmann; Joerg Hauer; Udo-Martin Gomez; Siegbert Goetz; Christian Doering; Michael Fehrenbach; Wolfram Bauer; Udo Bischof; Reinhard Neul; Karsten Funk; Markus Lutz; Gerhard Wucher; Jochen Franz
Archive | 2002
Rainer Willig; Jochen Franz; Burkhard Kuhlmann; Joerg Hauer; Udo-Martin Gomez; Dieter Maurer; Christian Doering; Wolfram Bauer; Udo Bischof; Reinhard Neul; Johannes Classen; Christoph Lang; Jens Frey
Archive | 2009
Wolfram Bauer; Johannes Classen
Archive | 2002
Rainer Willig; Jochen Franz; Burkhard Kuhlmann; Joerg Hauer; Udo-Martin Gomez; Dieter Maurer; Christian Doering; Wolfram Bauer; Udo Bischof; Reinhard Neul; Johannes Classen; Christoph Lang; Jens Frey
Archive | 1995
Georg Pfaff; Rainer Erhardt; Johannes Artzner; Wolfram Bauer
Archive | 2008
Wolfram Bauer; Johannes Classen
Journal of the Acoustical Society of America | 2009
Rainer Willig; Buckhard Kuhlmann; Udo-Martin Gomez; Wolfram Bauer; Johannes Classen; Christoph Lang; Michael Veith