On-Chip Transformer Using Multipath Technique With Arithmetic-Progression Step Sub-Path Width
PROCEEDINGS OF THE 2015 IEEE INTERNATIONAL CONFERENCE ON ELECTRON DEVICES AND SOLID-STATE CIRCUITS (EDSSC)(2015)
Abstract
A novel on-chip transformer architecture using multipath technique is presented. The newly proposed arithmetic-progression step sub-path width method is used to lower the current-crowding effect induced by the difference between the length of inner sub-path and that of outer sub-path. Full-wave electromagnetic simulated and measured results confirm the better performance of the proposed transformers than the conventional ones. These transformers will be useful in designing high-performance CMOS RF integrated circuits for wireless applications.
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Key words
multipath technique, skin effect, proximity effect, on-chip transformer, S-parameters
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