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— SolMOS Target Performance Attributes

Switching. Thermal. Protection. One module.

The SolMOS architecture emphasizes module-level system performance targets for switching efficiency, thermal behavior, and integrated protection instead of relying solely on discrete component benchmarks.

/ Module-Level Target Figures

Target goals

99.2%

ΔTj ≤ 15 °C

< 200 ns

1 MHz

Switching Efficiency
Thermal Envelope
Protection Response
Switching Frequency

SolMOS co-designs switching and thermal architecture at the module level to improve heat transfer efficiency under high-load operating conditions.

SolMOS explores high-frequency switching architectures designed to reduce magnetic footprint and improve power density at the subsystem level.

SolMOS is being designed to evaluate conversion efficiency at the module boundary under representative operating conditions rather than relying solely on isolated device-level simulations.

SolMOS is being designed to integrate over-current, over-voltage, and thermal protection within the module boundary, reducing dependence on external protection circuitry in the signal path.

Close-up thermal false-color imaging of a SiC power module under sustained switching load on a test bench, vivid cyan and orange heat map gradients showing uniform thermal distribution across the die surface, documentary-style harsh overhead lighting, data readout visible at the edge of frame on a monitor screen
Close-up thermal false-color imaging of a SiC power module under sustained switching load on a test bench, vivid cyan and orange heat map gradients showing uniform thermal distribution across the die surface, documentary-style harsh overhead lighting, data readout visible at the edge of frame on a monitor screen
+ Qualification Data

Mission-critical architecture. Subsystem-level engineering.
SolMOS is designed for qualification-driven power applications.

The SolMOS development roadmap includes subsystem-level environmental qualification goals informed by MIL-standard thermal, vibration, and mechanical stress methodologies.

Helionix is developing documentation and qualification pathways intended to support future aerospace and defense procurement evaluation processes.

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The full specification is one request away.

Data sheets, qualification packages, and architecture documentation are available for engineering evaluation. NDA inquiries handled directly.