ITAR-free DC/DC converters from ±150 V to ±6000 V, qualified for vacuum, outgassing and corona — off the shelf, and backed by thirty years of design criteria.
Supplying European space and research institutions
Catalogue
Off-the-shelf modules you can order by part number, and complete systems built around them.
Engineering foundations
Design criteria, soldering quality levels, discharge protection and a supplier network — the reasons a module survives launch and a decade of vacuum.
Power supplies specified to operate in any vacuum condition, not merely to survive the test.
Coating and potting materials, PCB routing and 3D mechanical finishing chosen against discharge.
An Italian supply chain and component selection that keeps your programme free of export restrictions.
Robust topology selection and derating criteria refined across three decades of flight builds.
Shielded and unshielded flexible cables for superior vibration and shock resistance.
From a single part number to a complete HV system with its own control board and housing.
Making a high-voltage power supply is not difficult. But if you want it to work for years in space and in any vacuum condition — and perhaps even be ITAR-free — you should rely on the thirty years of experience of those who have made the technical and technological choices that led to the launch of over 3,000 high-voltage power supplies, and some of the world's largest high-voltage systems, with 100% success rates.
Flight heritage
