Titlebook: Analog Circuit Design; RF Circuits: Wide ba Michiel Steyaert,Johan H. Huijsing,Arthur H.M. van Book 2006 Springer Science+Business Media B.

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0.5 V ANALOG INTEGRATED CIRCUITSe operating voltages have to be reduced. As we move into the nanoscale semiconductor technologies, power supply voltages well below 1 V are projected. The design of MOS analog circuits operating from a power supply voltage of 0.5 V is discussed in this paper. The scaling of traditional circuit topol

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LIMITS ON ADC POWER DISSIPATIONnvestigates practical limits to this development by analyzing the minimum power needed in the constituent building blocks of today’s ADCs. A comparison with state-of-the-art experimental data shows that future improvements in power efficiency may be limited to less than one order of magnitude, unles

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PRACTICAL TEST AND BIST SOLUTIONS FOR HIGH PERFORMANCE DATA CONVERTERSswitched DDEM DAC implemented as a on-chip stimulus source for ADC code density test, achieving better than 16 bit linearity; 3) a high-speed high-resolution DAC testing strategy using very low resolution digitizers; and 4) a BIST strategy using low resolution DDEM ADC for high performance DAC testi

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Die ?Heilige Ordnung“ der M?nner all operation modes. The presented chip presents a very competitive consumption in active operation and also an excellent powerdown current consumption. The physical layer implementation of the transmitter part of the chip is presented as a case study of the active power reduction.

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