Modeling of Spiral Inductors
Kenichi Okada, Kazuya Masu
Abstract
Open-access reader
Kenichi Okada, Kazuya Masu
Abstract
Open-access reader
On-Chip InductorsThis section explains overview of the on-chip inductors.Demand for on-chip inductors has been increasing especially for CMOS RF circuits.An on-chip inductor is a key component because its performance directly affects the circuit performance and the chip cost.The onchip inductors have been used, for example, as a matching network component, as baluns, and as an inductive load.The requirements for on-chip inductors are to have an appropriate inductance value, high self-resonance frequency, and high-quality factor Q, and to occupy a small layout area.In this section, several types of on-chip inductors are introduced. Classification of on-chip inductors How to referenceIn order to correctly reference this scholarly work, feel free
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On-Chip InductorsThis section explains overview of the on-chip inductors.Demand for on-chip inductors has been increasing especially for CMOS RF circuits.An on-chip inductor is a key component because its performance directly affects the circuit performance and the chip cost.The onchip inductors have been used, for example, as a matching network component, as baluns, and as an inductive load.The requirements for on-chip inductors are to have an appropriate inductance value, high self-resonance frequency, and high-quality factor Q, and to occupy a small layout area.In this section, several types of on-chip inductors are introduced. Classification of on-chip inductors How to referenceIn order to correctly reference this scholarly work, feel free
Key concepts: Inductor, Inductance, CMOS, Chip, Balun, Q factor, Electronic engineering, Electrical engineering