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Horizontal Carbon-nanotube-based monopole antennas are studied for wireless on-chip and chip to chip interconnects. 3D EM simulation including dedicated CNTs model is first described. Then, applying a design approach already validated, we design horizontal CNTs monopole antenna. Technological processes are described. Theoretical results are presented and commented.
Carbon nanotubes (CNTs) are a good candidate for RF interconnects, having better electrical as well as high frequency performance as compared to the conventional metals. To successfully integrate CNT to be in line with the industries trends, focus has to be placed on interfacial studies between electrode and CNT to obtain an effective conduction channel. In order to help component design, two modeling...
Two designs of electrically-short carbon-nanotube-based antennas are presented. They rely on the two main types of long aligned carbon nanotubes fabricated with state-of-the-art technology - horizontal and vertical arrays produced by chemical vapor deposition. Their performance is assessed by full-wave simulation using HFSS EM software. First, the modeling technique is presented. Then, the designs...
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