Titlebook: Design of High Voltage xDSL Line Drivers in Standard CMOS; Bert Serneels,Michiel Steyaert Book 2008 Springer Science+Business Media B.V. 2

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Digital Subscriber Line: Signals, Specifications and Driver Solutions,terms of time or money. Where original telephone company strategies centered on the time consuming and costly task of fiber installation, demand for multimegabit services has forced them to evaluate approaches that leverage the existing infrastructure and provide a quicker time to market. That is on

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The SOPA xDSL Line Driver, is refurbished in this chapter. This model provides fast architectural explorations for the designer of highly efficient power amplifiers based on the self-oscillating principle. For a mass product, like xDSL, in a dynamic market, time-to-market is a crucial parameter. Therefore, fast architectural

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High Voltage Design Considerations, voltages originating from nanometer CMOS technologies. It was also proved that these low voltage issues can be circumvented by operating the critical path of the SOPA line driver, the power delivering output stage, at higher voltages. In this chapter, the influence of low supply voltages on the SOP

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Conclusions,nstalled worldwide, only 5% of those lines are connected to DSL networks. Therefore, there are still large opportunities for DSL, since the majority of the world is still “unconnected”. These large opportunities justify the investments for the quest to increase data-rate and reach of the DSL network

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Digital Subscriber Line: Signals, Specifications and Driver Solutions,e of the DSL technology’s chief advantages: the ability to transform the nearly 700 million phone lines installed worldwide into multimegabit data pipes capable of speeding digital voice and data to homes and businesses. [Par00].

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