We developed a silicon (Si) dielectric diplexer module for 600-GHz-band frequency-division multiplexing wireless communication. This was based on Si waveguide technology, which provides low-loss transmission characteristics compared with the conventional metallic terahertz-transmission platform, such as hollow waveguides. It includes straight waveguides an effective medium composed of and air, ...

this paper concerns the transmission of two independent gaussian sources over a two-user decentralized interference channel, assuming that the transmitters are unaware of the instantaneous csis. the availability of the channel state information at receivers (csir) is considered in two scenarios of perfect and imperfect csir. in the imperfect csir case, we consider a more practical assumption of...

Simultaneous wireless information and power transfer (SWIPT) is an appealing research area because both information and energy can be delivered to wireless devices simultaneously. In this paper, we propose a diplexer-based receiver architecture that can utilizes both the doubling frequency and baseband signals after the mixer. The baseband signals are used for information decoding and the doubl...

A lowpass-bandpass (LP-BP) diplexer with one lowpass channel (LPC) and bandpass (BPC) is presented. The lumped-element dual-resonance resonator as common proposed to connect inductors, capacitors LC constitute the desired channels. LPC design combined parameters optimization transformation method, BPC can be developed using classical theory of coupled-resonator filter. As an example, a 0.9 / 1....

A four-port diplexer consisting of two back-to-back three-port diplexers combined with a 180° phase shifter in one branch is presented. The technique achieves high Tx/Rx isolation with relatively low degree filters. Two experimental diplexers are demonstrated, one with equal Q resonators in all filters and the other with dissimilar Q factors, enabling miniaturization and cost reduction. Measure...

The bifurcated E-plane T-junction is presented. Its advantages with respect to waveguide diplexer design are: It allows full E-plane height operation, thus permitting good power handling capability, is simple to model, and provides additional tuning parameters for the computer-aided design. The performance of the junction is compared to those of other junctions and its advantages are demonstrat...

The mode-matching technique is deployed in this paper in order to analyze and design a substrate integrated waveguide (SIW) T-junction diplexer in Ku-band. The diplexer has bandwidths of 4.12% and 3.79% at 14.55 and 15.85 GHz, respectively. Also in Ku-band, an SIW corner filter is analyzed and designed with the same technique. Analytical results are compared with simulated data obtained from co...