Titlebook: Analog Circuit Design; RF Analog-to-Digital Rudy J. Plassche,Hohan H. Huijsing,Willy Sansen Book 1997 Springer Science+Business Media Dordr

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Juan Pablo Borja,Toh-Ming Lu,Joel Plawskyand Interpolating architecture. The ADC is optimized for digital telecommunication applications. The integrated Track & Hold circuit enables SNR > 66 dB and THD < 72 dB, measured over an input signal bandwidth of 70 MHz. The ADC is realized in a 13 GHz, 1 μm BiCMOS process and measures 7 mm., while

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Dielectric Polymer Nanocompositesitioning technology over the last decades, with the focus on smart transducer technology. It discusses in detail an advanced design of the Analog Sensor Signal Processor from one of the Silicon Valley start-up companies. Finally it introduces the emerging IEEE-P1451 Standard for Smart Transducer Int

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Joshua Sangoro,Tyler Cosby,Friedrich Kremerhic integration of the sensing element and interface electronics for reduced size and power dissipation, simplified packaging, and increased functionality. The need to resolve sub-Angstrom displacements poses a challenge on the interface. Capacitive pickups are attractive since they do not require s

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Dielectric Properties of Isolated Clustersctly read-out by a microcontroller, service the following sensor elements: Pt resistors, thermistors, potentiometers resistors, capacitors, resistive bridges and voltage- and current sources. It is shown that, even when using lowcost CMOS technology, these interface and sensor systems can have a rat

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https://doi.org/10.1007/978-3-662-06705-5ally in oscillators which do not use a passive resonator. It is also difficult to model flicker noise in the close-in phase noise spectrum. This is a qualitative discussion of the various physical processes responsible for phase noise production, particularly in CMOS oscillators, and it offers a com

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Dielectric Properties of Oven-Dry Wood,echniques are reported that can enhance the performance of a normal planar inductor coil. Bonding wire inductors are presented as an alternative, that allows state-of-the-art phase noise performance at no extra cost. Finally, it is shown that by thorough analysis of standard planar inductors with fi