20150223_infoday h2020_espacio_francisco garcía
Post on 17-Jul-2015
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EMXYS main skills are :
• Creation of innovative and competitive electronic
devices with and for the customer, with specific
requirements.
• Development of turnkey engineering projects
acting as a technological partner, helping to
overcome complex technical challenges.
• Strong background in demanding technolgy fields
like Spaceborne electronics , Rail Vehicle systems,
Scientific Instrumentation, photonics ...
Minimize
R&D
THE COMPANY
MARKETS
EMXYS main markets are :
• SPACE SUB-SYSTEMS AND COMPONENTS.
• SCIENTIFIC INSTRUMENTS : Biomedical research
Nuclear & High Energy physics
Electronics for Optical & Photonic devices
• DEFENSE :
Opto-electronics Rugged on board systems
Communication systems
• INDUSTRIAL SYSTEMS :
Automotive Rail vehicles
Industrial Instruments & Control systems Wireless communications & distributed sensors
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MARKETS
Concerning SPACE ELECTRONICS, EMXYS has
expertise in :
• Science and instrumentation payload design.
• ADCS sub-systems.
• PCU/PDU and interface systems.
• MPU and FPGA based systems.
• Bus communication.
• Telemetry (UHF/VHF, S snd C Bands).
ECSS compliant electronic engineering, Test plans,
FMECA, PSA, WCA ...
Systems analysis for small missions feasibility
studies.
ESA certified PCB assembly & inspection.
AS-9100 ISO-9001 Quality accreditations
PROJECTS
• YES2. (ESA Human Spaceflight & Ed. Office).
• FIBOS payload. (Fiber Bragg Gratings as Optical
Sensor Devices) OPTOS Picosatellite scientific
payload (INTA).
• HiTOS. High Temperature monitoring system
based on Optical Fiber sensors (ESA GSTP).
• CLASS. Contactless Angular Sensor for Telecom
Satellites long life Mechanisms (ESA ARTES 5).
• Photonic transceiver for secure space
communications (Quantum optics ARTES 5 ESA
project).
• T-REX SS520 Sounding Rocket experiment
(JAXA/ISAS-NASA Mission)
PoliTech.1UPV Technology in Space!
PROJECTS
T-REX (Tether-Rocket Experiment was a
sounding rocket mission on board a S-520
JAXA sounding rocket, participated by NASA
MSFC.
T-REX aimed to demonstrate the operation of
an Electrodynamic tether probe in upper
atmosphere.
EMXYS contributed in the design of the Power
system stage and Battery system.
PROJECTS
Propellantless Deorbiting of LEO satellites by
Bare Electrodynamical tether
• 3-year project under FP-7 space Program (European
Commission)
• Aimed at developing an efficient de-orbiting system based in E.D. Bare Tethers, with the goal of proposing a system to be carried onboard LEO satellites.
• EMXYS mission : To develop E.D. tether electric driving methods and hardware, support to coordination, micro-gravity tests. • Partners: U.P.M (Coordinator, Spain),Univ. degli Studi di
Padova, (Italy), ONERA (France), CSU (USA), EMXYS (Spain), DLR (Germany) and TECNALIA (Spain).
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