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  • LAREQ

    Two antenna configurations have been selected as references for future development of Large Deployable Reflector Systems. One of 12 meters aperture for say L-S band and one of 5 meters aperture for say Ka band. For each Antenna, the architecture of the reflector has been identified and investigated, inclusive of accommodation on commercial spacecraft. Requirements / roadmap / cost for LDR development have been identified.

  • uRTU

    The Micro Remote Terminal Unit (μRTU) provides interfaces for telemetry acquisition, telecommand execution and power to peripheral units on board a satellite. These interfaces are implemented in a modular way that allows the prime of the satellite to change the number and configuration of interfaces according to mission specific needs without the need to change hardware.

  • PhWP

    PhWP evaluates a lightweight and fully embedded alternative to common electrical temperature sensors for satellite housekeeping. OHB System AG and the subcontractors HPS Lda. and Technobis TFT review the possible usage of fiber-optical sensors embedded in aluminum and CFRP spacecraft panels.

  • OGS-OFL

    Transparent optical modulation schemes and RF-optical modulation -demodulation technologies for Tbit/s feeder links are investigated, including a simulation tool and a lab demonstrator for transmission through the atmospheric channel.

  • COMFIL

    The objective of the COMFIL project is to develop and evaluate compact concepts for C-band and Ku-band broadband bandpass filters having a very low insertion loss and wide spurious free range in the out-of-band.