Pedro Robustillo Bayon

Cette personne n’est plus à l’EPFL

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Publications associées (6)

Direct FEM-Domain Decomposition Using Convex-to-Concave Spherical Ports for Space Applications

Juan Ramon Mosig, Javier Rubio, Pedro Robustillo Bayon

This letter proposes the application of a hybrid numerical technique to two cases of interest in the space business: the reallocation of radiators and scatters on satellite platforms; and the analysis of antennas for mobile communications. It is based on t ...

IEEE-INST ELECTRICAL ELECTRONICS ENGINEERS INC2020

Low-profile multi-function antenna system for small satellites

Juan Ramon Mosig, Frédéric Bongard, Ferdinando Tiezzi, Nevena Saponjic, Tomislav Debogovic, Pedro Robustillo Bayon

A low-profile multi-function antenna system suitable for small satellites is presented in this paper. The antenna system operates at UHF frequency band (400 MHz) and comprises eight miniaturised radiating elements (REs) based on a folded planar inverted-F ...

2016

Tunable radiator for small satellite application

Frédéric Bongard, Mikaël Krummen, Jean-Daniel Landis, Nevena Saponjic, Tomislav Debogovic, Pedro Robustillo Bayon

A tunable radiator for space application has been developed to meet stringent requirements in terms of electrical and environmental specifications but also low mass, simple manufacturing and low cost. The element is based on the folded PIFA antenna, with s ...

2016

Novel Fast Technique for On‐Board Spacecraft Antenna Placement

Juan Ramon Mosig, Javier Rubio, Pedro Robustillo Bayon

2015

Direct Domain Decomposition for On‐Board Spacecraft Antennas Based on Spherical Ports

Juan Ramon Mosig, Javier Rubio, Pedro Robustillo Bayon

2015

Comments on the phase center computation for ka-band planar lens-antenna feeders

Juan Ramon Mosig, Joana Rita Alves dos Santos Silva, Pedro Robustillo Bayon

This paper presents a modified methodology to compute the phase center of planar antennas. It is especially well suited for low-profile geometries without axial symmetry that are currently being proposed as feeder systems for Ka-band lens antennas. By taki ...

2015

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