1. PACS SVR22/23 June 2006 Erich Wiezorrek, MPE Test Facility Capabilities EGSE

2. PACS SVR22/23 June 2006 Erich Wiezorrek, MPE EGSE overview

3. PACS SVR22/23 June 2006 Erich Wiezorrek, MPE Router & Test Equipment Gateway Router distributes PUS (Packet Utilisation Standard)TM & TC packets around the EGSE subsystems Test equipment gateway implements PUS handling for the test equipment controllers distributes TC packets to the corresponding test equipment controller collects all TM packets from the test equipment controllers

4. PACS SVR22/23 June 2006 Erich Wiezorrek, MPE CDMS Simulator implements MIL-STD-1553b communication bus to connect DPU and EGSE transfers TM packets from DPU to EGSE transfers TC packets from EGSE to DPU synchronizes DPU time with its own time allows selection of several user defined bus lists no mission time line implemented; TCs for DPU are transferred immediately to DPU after they are received from EGSE

5. PACS SVR22/23 June 2006 Erich Wiezorrek, MPE XY Stage Controller allows positioning of external sources (hole mask) via TC reports all moves via TM packets for FM ILT also simple pointing rasters will be implemented for FM ILT XY stage scans to support bolometer testing will be implemented

6. PACS SVR22/23 June 2006 Erich Wiezorrek, MPE Test Optic Controller both flip mirrors can be commanded via TC to switch between internal and external calibration sources to switch between internal integrating sphere and internal black bodies chopper wheel can be commanded via TC to select one of the two internal black bodies chopper wheel can be commanded via TC to rotate with a selectable frequency to regularly switch between the internal black bodies periodic TM packets to report status event TM packets whenever chopper wheel passes fixed hall sensors

7. PACS SVR22/23 June 2006 Erich Wiezorrek, MPE Environment monitor & Stimuli control regular HK TM reports from several temperatures inside the cryostat pressure of the cryostat and the gas cell liquid level measurements for N 2 and He status, set point, actual temperature and heating power for both internal black bodies set point for internal black bodies can be set via TC

8. PACS SVR22/23 June 2006 Erich Wiezorrek, MPE HCSS Interface TM packets together with decompressed dataframes will be stored in the HCSS database Test procedures will call for predefined CUS observations CUS generated TC sequences will be executed by the TestControl/TOPE system Data processing users will be able to fetch data associated with a test execution or a CUS observation via a browser interface OOL and TC history will be fetched from SCOS and ingested into the database