Titlebook: Analog Circuit Design; High-Speed A-D Conve Arthur H.M. Van Roermund,Herman Casier,Michiel Ste Book 2006 Springer Science+Business Media B.

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DESIGN OF AN ENERGY-EFFICIENT PULSED UWB RECEIVERration in the 0-960MHz frequency band. This is achieved by designing for .. Different receiver architectures are explored and compared against each other. After the selection of the most optimal architecture, the trade-offs inside the different analog building blocks of this receiver are studied. Ou

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DESIGN CONCEPTS FOR WIRELESS COMMUNICATION IN IMPLANTABLE MEDICAL APPLICATIONSat a significant rate. Communications with these complex devices for physician adjustment and to collect data is becoming increasingly important to provide the maximum patient comfort and the most effective treatment for medical conditions. A Communications band has been allocated in both North Amer

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MedR Schriftenreihe MedizinrechtProper modulation of the pulse in time is confirmed [1]. In addition, to meet the stringent FCC stipulated frequency spectrum, an orthonormal [2] ladder filter with a Daubechies’ impulse response is employed. The filter is implemented using novel 2-stage gm-C cells employing negative feedback. Simul

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METHODOLOGY AND CASE STUDY FOR HIGH IMMUNITY AUTOMOTIVE DESIGNlectronic circuits for electromagnetic susceptibility (EMS). This methodology is well suited to investigate continuous time analog electronic systems, modules or circuits and does not require any special tools. The method is flexible, can be applied in many cases by simple reasoning and is customizable towards specific needs.

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Krankheiten der Leber und Gallenwege,ipation. After selecting a high-speed ADC topology, we will justify the need for offset calibration and then present a brief overview of different ADC calibration topologies, indicating their relative merits and drawbacks. We will then describe in more detail how one-time foreground calibration was