Space
We build high-reliability GaN power-control solutions for aerospace systems gate drivers, SiP, and plug-and-play modules for efficient motor drives and DC/DC conversion while strengthening European technological sovereignty through a 100% European supply chain
Home /
Space
Gate-Driver ASICs for GaN power stages
Designed for space constraints where reliability, documentation, and system-level risk reduction are essential.
Reliability Mindset
Protection-first, long-life design discipline
Controlled Switching
dv/dt & EMI-conscious behavior
Technological Sovereignty
100% European supply chain
Where Minysa Creates Value
Gate-driver ASICs for GaN power stages in space subsystems where switching control, protection and integration risk are critical
Space EPS & DC/DC Power Conversion
Gate-driver ASICs and compact power modules for spacecraft EPS and DC/DC stages (bus conversion, isolated conversion, point-of-load), with focus on efficient switching, compact integration and robust power control.
Reaction / Momentum Wheel Drives
High-reliability motor-drive control electronics for reaction and momentum wheel subsystems, supporting predictable switching, protection-first behavior and stable performance in attitude-control applications.
Mechanisms, Actuators & Space Robotics
Driver and module building blocks for actuators, deployment systems, valves, pointing mechanisms and robotic joints/arms, enabling clean switching behavior, robust control and faster subsystem integration.
Space Pumps & Thermal/Fluidic Control
Power-control building blocks for pump-drive electronics in thermal and fluidic systems, designed for compact, cooling-constrained architectures with improved switching efficiency and integration discipline.
- Use-Cases
COMMON USE-CASES
COMMON USE-CASES
- Precision drives for reaction wheels, gimbals, and robotic joints
- Architectures where switching behavior must be predictable during bring-up
- Protection-first operation to reduce system-level risk
COMMON USE-CASES
- Precision drives for reaction wheels, gimbals, and robotic joints
- Architectures where switching behavior must be predictable during bring-up
- Protection-first operation to reduce system-level risk
From ASIC to flight
Gate Driver ASIC
For maximum flexibility and custom power stages.
SiP (Driver + Power Die)
For compact designs with controlled parasitics and repeatable integration.
Plug-and-Play Module
For fast evaluation, prototypes, and early system tests.
Reference Designs
To accelerate bring-up and reduce layout and measurement pitfalls.
Built For Space Constraints
- EMI & high-dv/dt switching control
- Thermal & layout discipline
- Protection-first architecture approach
- Compact integration with controlled parasitics
- Documentation & traceability discipline
- Radiation strategy adapted to mission needs