Integrated Inductors and Transformers : Characterization, Design and Modeling for RF and MM-Wave Applications

Introduction Organization References Basic Concepts Basic Definitions and Loss Mechanisms Layout Fundamentals Passive Device Measurements Calibration Accuracy and Residual Error De-Embedding Techniques Fabrication and Modeling: The State of the Art Fabrication Technology and Advanced Layout Techniques Numerical and Circuit Modeling Monolithic Inductors on Silicon Overview on Silicon Technology Silicon Technologies Fabrication Technology Substrate Optimization for Inductor on Silicon Comparative Analysis Benefits of Buried Layer PGS Fabricated Inductors Integrated Inductors for Single-Ended Applications Symmetric Integrated Inductors Inductance Calculation State-of-the-Art Inductance Equations Modified Current Sheet Expression for Sub-nH Inductors Inductance Modeling of Thick-Metal Inductors Modeling of Monolithic Inductors Lumped Scalable Model Model Validation Analysis and Modeling of Silicon-Integrated Transformers Substrate Optimization of Transformer on Silicon Transformer Characterization and Analysis Modeling of Stacked Transformers Lumped Scalable Model Model Validation Design Guidelines and Circuit Design Examples for Inductors and Transformers Application of Inductive Components in RF/mm-Wave ICs Inductor Design Guidelines and Optimization Procedures Transformer Design Guidelines and Optimization Procedures Circuit Design Examples An Image-Reject Receiver Front-End for 5-GHz WLANs A 17-GHz Voltage-Controlled Oscillator with Transformer-Based Resonator A 24-GHz UWB Transmitter for Automotive Short-Range Radar Inductive Components on Dieletric Substrates IPD Technology Inductive Components on Glass Substrate 5-GHz WLAN Module Architecture IRFs and TX Filters in IPD Technology Inductive Components on Plastic Substrate

9781420088441

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