High-bandwidth current sensing for wide-bandgap power electronics.
WHAT IS THE M-SHUNT?
Its high bandwidth and ultra-low parasitics enable accurate measurement of high di/dt events, while its robust design ensures reliable operation under demanding conditions. This sensor – called M-Shunt – is a precision current sensor for fast transient power electronics.
It integrates directly into double pulse setups, short-circuit test benches, and predictive maintenance systems.
- Ultra-low inductance → Accurate measurement at high di/dt
- High bandwidth → Captures real switching behavior
- Compact & robust design → Reliable in lab and real systems
- Superior transient performance → Outperforms shunts & magnetic sensors
Conventional Sensors Miss What Matters
Fast switching edges in modern power electronics push conventional current sensors beyond their limits – causing distortion, damped output through limited bandwidth, and inaccurate results.
The M-Shunt solves this with an low inductance design, enabling clean, high-fidelity current measurement even at extreme switching speeds.
Applications
- High-frequency SiC and GaN inverter and converter development
- Power module and semiconductor characterisation
- DC-link current measurement in compact power stages
- High-dynamic current sensing for research and validation
- Renewable energy inverters & battery management systems
- Automotive and industrial power electronics
Characterisation Failure Detection
Upcoming Events & Exhibitions
We showcase the M-Shunt at leading power electronics events.
See where to meet us and explore live demos.
Ready to Measure What Others Can’t?
Get technical details, application support, or pricing. Get in touch with our team via email (optionally encrypt it with pgp-key). You can also meet us in person at the upcoming events, where we showcase our latest technologies and solutions.