By Albert Heuberger, Günter Elst, Randolf Hanke, Janina Heppner, Karlheinz Kirsch
ISBN-10: 3642230709
ISBN-13: 9783642230707
ISBN-10: 3642230717
ISBN-13: 9783642230714
This publication is devoted to Prof. Dr. Heinz Gerhäuser at the celebration of his retirement either from the location of government Director of the Fraunhofer Institute for built-in Circuits IIS and from the Endowed Chair of knowledge applied sciences with a spotlight on conversation Electronics (LIKE) on the Friedrich-Alexander-Universität Erlangen-Nürnberg. Heinz Gerhäusers imaginative and prescient and entrepreneurial spirit have made the Fraunhofer IIS some of the most profitable and popular German examine associations.
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Extra resources for Microelectronic Systems: Circuits, Systems and Applications
Sample text
The following values are simulated and shown in the diagram: • • • • ‘Bx’ the average value of the x-components of both pixel cells ‘Bz’ the average value of the z-components of both pixel cells ‘dBx nx’ the difference value of the x-components of both pixel cells ‘dBznx’ the difference value of the z-components of both pixel cells. In the following sections two different calculation methods of the position value are described. The first uses only the ‘angle’ robustness principle and the second uses the ‘angle’ and the ‘gradient’ robustness principles.
In comparison to optical methods they are much cheaper and significantly less sensitive to rough environments and dirt. Sensors being able to measure the magnetic field in one direction are currently state of the art. de A. Heuberger, Microelectronic Systems. 1007/978-3-642-23070-7_6, © Springer 2011 49 50 Thomas Obenaus et al. tor, with a degree of freedom higher than one. There is a considerable demand for solutions being able to measure more than one – up to all six – spatial degrees of freedom of a component in a contactless and sufficiently exact manner.
Therefore also a hybrid architectural version was analyzed Analog to Digital Converters for Mixed Signal ASICs and SOCs 31 Fig. 2 Pipeline ADC with conventional scaling with two conventional stages at the beginning of the pipeline and amplifier sharing for the following stages. Figure 2 shows a block diagram of a pipeline with conventional scaling. Each stage consists of the same architecture. The improved pipeline with full amplifier sharing is depicted in Fig. 3. For a partial amplifier sharing ADC the two first stages are designed as in conventional pipeline ADCs, each one with its own amplifier while the rest of stages take advantage of amplifier sharing technique.