low inductance power distribution busbar

A low inductance power distribution busbar is engineered to minimize parasitic inductance in the main DC-link and phase leg connections of power converters. It is a critical component for reducing voltage spikes, improving switching efficiency, and enhancing the stability of the entire power delivery network.

Designed for Fast di/dt: These busbars are specifically optimized to handle the rapid current changes (high di/dt) in modern IGBTs and SiC/GaN MOSFETs. The low-inductance design provides a tight, low-impedance path that confines switching noise to a small loop, preventing it from disrupting other sensitive circuitry.

Modular and Scalable Architecture: We design these busbars as modular building blocks that can be scaled for different power levels. They often feature standardized connection interfaces for capacitors and power modules, allowing for flexible system design and easier maintenance or upgrades in the field.

Implementing a purpose-built low inductance power distribution busbar is a fundamental step towards achieving clean and efficient power conversion. It directly addresses one of the key limitations in high-speed switching circuits, unlocking higher performance and greater reliability for advanced power electronic systems.