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A flip chip device based on carbon nanotubes (CNTs) interconnections characterized up to 40 GHz is presented. An analytical model using an RLC transmission line is fitted from measurements of the fabricated structure. CNTs have the potential to make smaller interconnections than metal-based ones with the same degree of performance. A value of 324 fcΩ is found for the contact resistance between CNTs...
A millimeter-wave monopole antenna model is presented in this paper. A size reduction of the quarter-wavelength antenna is demonstrated using the carbon nanotube quantum effects and more precisely its kinetic inductance to low down the propagation velocity through the tube. This 3-D approach offers a high potential of compactness for the increase of frequency at the W-band and above. A comparison...
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