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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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https://doi.org/10.1007/978-3-662-06705-5qualitative discussion of the various physical processes responsible for phase noise production, particularly in CMOS oscillators, and it offers a common treatment of resonator-based oscillators, ring oscillators, and relaxation oscillators.
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Dielectric Properties of Oven-Dry Wood,d provided as a parameter to behavioral models for inclusion in a high-level simulation of the entire PLL. This approach is efficient enough to be applied to complex systems, such as frequency synthesizers with large divide ratios or fractional-N synthesizers.
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Advances in State-of-the-Art in Smart Sensor Signal Conditioningor Signal Processor from one of the Silicon Valley start-up companies. Finally it introduces the emerging IEEE-P1451 Standard for Smart Transducer Interface for Sensors and Actuators and characterizes its impact on smart sensor electronics.
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Compensation and Calibration of IC Microsensorsensation, and calibration of such microtransducers should be attempted by silicon integrated circuits. Microsensor compensation and calibration methodology is revisited and a comprehensive list of eight basic compensation techniques is compiled.
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Fully Integrated Low Phase-Noise VCOs: from Post-Processing to Standard CMOS 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 finite-element simulations, performances can be achieved that are even better than structures requiring extra processing cost. This is done despite a low-ohmic substrate with only two metal layers.
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