Inkjet-printed substrate integrated waveguides (SIW) with “drill-less” vias on paper substrates
2016 IEEE MTT-S International Microwave Symposium (IMS), 2016•ieeexplore.ieee.org
In this paper, an inkjet-printed substrate integrated waveguide (SIW) on commercially
available cellulose paper is implemented for the first time. Unlike traditional inkjet-printed
SIW's, it does not require any etching process to form the conductive side walls and utilizes
the porosity of the paper to get through-substrate conduction. The frequency response of the
waveguide along with its performance under bending is discussed in this paper, verifying
that such a structure would be particularly suitable for Quality of Life and Internet of Things …
available cellulose paper is implemented for the first time. Unlike traditional inkjet-printed
SIW's, it does not require any etching process to form the conductive side walls and utilizes
the porosity of the paper to get through-substrate conduction. The frequency response of the
waveguide along with its performance under bending is discussed in this paper, verifying
that such a structure would be particularly suitable for Quality of Life and Internet of Things …
In this paper, an inkjet-printed substrate integrated waveguide (SIW) on commercially available cellulose paper is implemented for the first time. Unlike traditional inkjet-printed SIW's, it does not require any etching process to form the conductive side walls and utilizes the porosity of the paper to get through-substrate conduction. The frequency response of the waveguide along with its performance under bending is discussed in this paper, verifying that such a structure would be particularly suitable for Quality of Life and Internet of Things applications.
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