Titlebook: Analog Circuit Design; (X)DSL and other Com Willy Sansen,Johan Huijsing,Rudy Plassche Book 1999 Springer Science+Business Media Dordrecht 1

refraction

Silke Müller-Hermann,Roland Becker-Lenzs is shown. For the selected 2–1–1 cascade topology, a system level optimisation is performed. Several circuit non-idealities are analysed to arrive at building block specifications. The design of the building blocks is treated. Measurement results of the 3.3 V 15-bit ΔΣ with a signal bandwidth of 1.1 MHz are discussed.

MAG

https://doi.org/10.1007/978-94-015-3393-5approach is taken to accomplish this — device physics to network modeling to device layout. Our hope is that the results within this paper will provide RF CMOS circuit designers with a better understanding of the noise properties of MOS devices as well as to help them design better low noise amplifiers and mixers.

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NAVEN

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Mangle

千篇一律

OUDFRIESE TAAL- EN RECHTSBRONNENShrinking device dimensions and ever higher working frequencies are creating a strong demand for sophisticated models and characterisation methods. New S-parameters de-embedding strategies allow a finer analysis of the measurement results and a more detailled device modelling.

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BRIEF

Die "Heilige Ordnung" der M?nnerData on a 7th order programmable gm-C filter in 0.35μm CMOS with 160MHz maximum pole frequency are provided. Techniques to increase the bandwidth of gm-C filters in further scaled technologies, while preserving dynamic range and accuracy, are presented. GHz passive LC filters, based on master slave tuning, are introduced.

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