Search for dissertations about: "FLIP"
Showing result 1 - 5 of 96 swedish dissertations containing the word FLIP.
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1. Flip chip for high frequency applications : materials aspects
Abstract : Flip chip has since decades been the primary choice for chip interconnect for high performance circuits. Over the last few years, interest from the microwave arena has increased, and at this point in time microwave flip chip is a possible option for volume production. READ MORE
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2. Flip-Chip Interconnect for Millimeter-Wave Packaging Applications
Abstract : In recent years, with the demands for wireless communication systems increas rapidly, the operating frequency for the portable wireless is moving toward millimeter-waves. Millimeter-wave wireless communication systems require not only suitable functional IC components but also competent package with low cost and good interconnect performance. READ MORE
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3. Flip Zooming. The development of an information visualization technique
Abstract : This thesis describes the development of a Focus+Context information visualization technique called Flip Zooming. Based on two initial examples of the technique, the work reported here expands the description and functionality of the technique by the development of a number of applications as well as by some theoretical contributions. READ MORE
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4. Design, Processing, and Characterization of High Frequency Flip Chip Interconnects
Abstract : The demands for high frequency interconnect techniques for microwave integrated circuits (ICs) are growing with increasing operating frequencies of wireless communication systems. Interconnects have significant effect and impact on the overall system performance at high frequencies. READ MORE
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5. Modelling of High Power SOI Vertical DMOS Transistors and Flip-chip Packages
Abstract : Part I: Vertical DMOS Transistors System level integration is a major trend in the electronic industry at the moment. For automotive applications in particular it is desirable to integrate CMOS logic circuits and different types of power devices. READ MORE