Power systems engineered for efficiency, safety and thermal reality

Power Electronics Design

AC-DC / DC-DC / BMS power architectures

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Power electronics is where marginal design decisions become field failures — a poorly compensated switching regulator rings, an undersized inductor saturates, a battery management system without proper protection becomes a safety incident. We design power systems with the margin and analysis this deserves: switching regulator topology selection, loop compensation, thermal derating and layout for both efficiency and EMI.

For battery-powered products, this extends to full battery management system (BMS) design — cell balancing, protection circuitry, fuel gauging and charge control — engineered against the safety standards your battery chemistry and application actually require.

Switching Regulator Design
Topology selection, compensation and layout engineered for efficiency and stability.
Battery Management Systems
Cell balancing, protection and fuel-gauging design matched to your battery chemistry.
Thermal & Derating Analysis
Component selection and layout with real thermal margin, not datasheet-limit assumptions.
EMI-Aware Layout
Switching power layout designed to minimize conducted and radiated emissions from the start.