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Rf spiral planar inductor designs- preliminary results.
| Content Provider | CiteSeerX |
|---|---|
| Author | Hueil, See Guan Esa, Mazlina Kordesh, Albert Victor |
| Abstract | Abstract- The inductor is a basic component and very vital in designing radio frequency (RF) matching networks, load circuits of voltage controlled oscillators, filters, mixers and many other RF circuits. It is a fundamental device that can b e found i n almost any RF circuit. Inductors that can be integrated on a silicon chip have been reported in the literature. This has lead to the development of silicon RF integrated circuits (RFICs) where previously discrete component inductors had to be used. Now the size of circuits can be greatly reduced with the integration o f R F circuits or even complete systems on a silicon chip. This has raised enormous interest in the study of the on-chip inductor. This paper presents a comparison of various inductor expressions available in the literature. Error trends are highlighted and discussed in the 1 to IO nH inductance region. The focus of the design is the square spiral inductor. The details of the “new-physic ” closed-form expression is found to be the most accurate expression and its implication to inductor synthesis is discussed. 1. |
| File Format | |
| Access Restriction | Open |
| Subject Keyword | Silicon Chip Enormous Interest Rf Circuit Basic Component Fundamental Device New-physic Closed-form Expression Radio Frequency Load Circuit Complete System Io Nh Inductance Region Square Spiral Inductor Accurate Expression On-chip Inductor Discrete Component Inductor Many Rf Circuit Silicon Rf Error Trend Various Inductor Expression |
| Content Type | Text |
| Resource Type | Article |
