Titlebook: Wideband Continuous-time ΣΔ ADCs, Automotive Electronics, and Power Management; Advances in Analog C Andrea Baschirotto,Pieter Harpe,Kofi A

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Advanced Sensor Solutions for Automotive Applicationsmotive, this work presents several architectures for capacitive sensor interfaces and especially the design aspects to be considered for achieving excellent electromagnetic immunity and emission performance.

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Switched-Capacitor Power-Converter Topology Overview and Performance Comparisone topologies have recently been introduced. This paper gives an overview of various methods to implement desired voltage conversion ratios with two or multiple clock phases and compares their performance under given boundary conditions.

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Electrical Compensation of Mechanical Stress Drift in Precision Analog Circuitsress on-chip and to compensate for its effects by way of an electronic circuit. The paper explains the main concepts and challenges of these mechanical stress compensation circuits. It shows which classes of circuits are suited for this technique, which are the costs and benefits.

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High-Resolution Wideband Continuous-Time ΣΔModulatorsery high linearity of the wideband delta-sigma modulator is required as well. In this chapter the design aspects of high-resolution and wideband continuous-time delta-sigma modulators are presented, from architectural choices to implementation and circuit design examples.

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Blocker and Clock-Jitter Performance in CT ΣΔ ADCs for Consumer Radio Receiversg, and multi-bit CT ΣΔ ADCs have become increasingly prevalent at the cost of receiver power and area. This paper presents the challenges and design techniques used to restore single-bit FF CT ΣΔ ADC performance and efficiency in the context of a modern consumer radio receiver.

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Book 2017cific contributions focusing on the design of continuous-time sigma-delta modulators, automotive electronics, and power management. This book serves as a valuable reference to the state-of-the-art, for anyone involved in analog circuit research and development.  .

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WiFi Receiver Evolution in a Dense Blocker Environmentins tradeoffs are analyzed from the perspective of the ADC design. The key performance indexes are performance, blocker rejection, area and power consumption. Two lineups implement an active filter stage between the mixer and the ADC: one uses a trans-impedance amplifier and the other one a Gm stage

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High-Resolution Wideband Continuous-Time ΣΔModulatorsh for audio to several hundred MHz to date for wireless applications. To enable a wideband and filterless RF radio front-end, high dynamic range and very high linearity of the wideband delta-sigma modulator is required as well. In this chapter the design aspects of high-resolution and wideband conti

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Sigma-Delta ADCs with Improved Interferer Robustness-the-art architectures for Sigma-Delta ADCs are based on forward compensated loop filters, these architectures are known to feature gain in their signal transfer function at out-of-band frequencies. In applications, where interferer and blocker signals are present outside the band of interest, gain