Simulation SCOE for a radar payload
A SCOE simulating the behaviour of a radar payload, across two instrumented cabinets. Support to hardware and software design, system and subsystem software development, AIT conducted at FAT and OSAT.
A SCOE that simulates the behaviour of a synthetic-aperture radar payload, so that the ground chain can be exercised and tuned without the real payload — in an observation programme, the scarcest and least available resource.
The supply spans two instrumented cabinets and their interconnection architecture. IN SY TO supported system and subsystem hardware and software design, developed the system and subsystem software, and conducted AIT at FAT and OSAT.
Role
R2 — Subsystem or component responsible, with the test campaign conducted. Scale: two cabinets. Customer: a third-party test systems integrator, for a European space prime contractor.
Work performed
Support to system and subsystem hardware and software design · System and subsystem software development · AIT conducted at FAT and OSAT
Sector
Space