ALTER TECHNOLOGY TÜV NORD | Web Project Office Alter Technology
MENUMENU
  • SERVICES
    • Engineering & testing of Hi Rel Components
      • ACCEPTANCE TESTS
      • COTS Commercial Off-The-Shelf | EEE Parts
      • COUNTERFEIT DETECTION, AUTHENTICITY TESTS
      • EVALUATION / QUALIFICATION
      • ELECTRICAL CHARACTERIZATION
      • FAILURE ANALYSIS
      • MATERIAL & PROCESSES Laboratory
      • MICROSECTIONING
      • MICROWAVE TESTING
      • PARTS ENGINEERING & LOGISTIC
      • PROCUREMENT EEE Parts
      • RADIATION TESTING
      • RELIFING
      • Scanning Acoustic Microscopy C-SAM
      • SCREENING
      • TIN WHISKERS GROWTH
      • VIBRATION TESTING
    • Packaging & Assembly
      • APPLICATIONS
      • ASSEMBLY PROCESSES
      • DESIGN
    • Certification & Equipment Testing
      • CE MARKING
      • CERTIFICATION OF INTRUSION AND ALARMS PRODUCT
      • INDUSTRY & SECURITY
      • LABORATORY TESTS
      • DIGITAL SERVICES
    • DRONES (Remotely Piloted Aircraft Systems)
      • REGULATION & NORMATIVE
      • SERVICES to DRONE INDUSTRY
    • Innovation
      • Quantum Key Distribution
      • Photonic Technologies in Space Applications
  • PROJECTS
  • PRODUCTS
    • doEEEt - Tool of Hi-Rel Parts for Use in Space
    • SMALL SATELLITES - NEW SPACE
    • SILICON CARBIDE POWER DIODES
    • FLAME – FREQUENCY Stabilised Laser
    • REMOTE - EXTERNAL CAVITY DIODE LASER
    • 19" FRONT PANEL TL-FP-3421 - Galileo System
  • PUBLICATIONS
  • CONTACT
    • Alter Technology Spain (Seville)
    • Alter Technology Spain (Madrid)
    • Alter Technology France
    • Alter Technology UK
  • User Area

Author - Juan Barbero

MSc in Physics at the Universidad Complutense of Madrid. Currently, he is responsible for the Optoelectronic and RF laboratory Area at ALTER TECHNOLOGY. He has gathered a large experience in the area of analysis, testing and verification of aerospace applications for more than 20 years. He has also been involved in the technical managing of several photonic orientated projects for the aerospace sector ensuring not only its technical execution but also coordinating the consortium members' activities (Companies, OPIS etc...).

Manufacturing setup at FiberSensing
  • Innovation
  • Papers

Optoelectronic Components for Integration into Space

by Juan Barbero
Matrix door and Kelvin Sockets
  • Innovation
  • Papers

Extreme Temperature Characterization of Passive Components

by Juan Barbero
Optical Power-Current characteristics of lasers exposed to gamma radiation and proton radiation during the different test steps
  • Papers

Evaluation of the Radiation Hardness of GaSbbased Laser Diodes for Space Applications

by Juan Barbero
SWIR wavelength variation
  • Papers

Evaluation of 2.1μm DFB Lasers for Space Applications

by Juan Barbero
Study of transition times in a 1.5 mm thick cell (1781 A3) with 250 nm retardation
  • Papers

Development of Liquid Crystal Based Adaptive Optical elements for Space Applications

by Juan Barbero
  • Innovation
  • Papers

Reliability Assessment of Medium / Large Area PIN SI Photodiodes for Optical Wireless links for Intra – Spacecraft Communications

by Juan Barbero
Commercial Optical Amplifiers for Potential use in Space Applications
  • Papers
  • Vibration Testing Electronic Devices

Assessment of Commercial Optical Amplifiers for Potential use in Space Applications

by Juan Barbero
SMOS Mission
  • Papers

Evaluation and Qualification of Fibre Pigtailed Lasers for ESA’s SMOS Mission

by Juan Barbero
Short Wave Infrared laser
  • Short Wave Infrared laser

Short Wave Infrared Laser (SWIR)

by Juan Barbero
Optical Fibers Test at Alter Technology
  • Range of photonics parts

Optical Fibers

by Juan Barbero
LASERS TYPES
  • Range of photonics parts

Lasers

by Juan Barbero

Follow Us

  • facebook
  • twitter
  • linkedin
  • googleplus
  • youtube
  • vimeo
Copyright © 2019. ALTER TECHNOLOGY TÜV NORD S.A.U
  • Contact
  • Privacy Policy and Legal Notice
  • Cookies
  • English
  • Español