Inverter efficiency and motor drive validation
Multi-channel current measurement helps engineers evaluate three-phase drive behavior and system efficiency under fast-changing load conditions.
New Energy Vehicles
Precision voltage and current measurement support for EV powertrain, onboard charging, DC-DC conversion, and battery management development.
Testing Challenges
Battery and BMS measurement accuracy
Charge and discharge cycling, SOC estimation, and pack validation require stable high-accuracy current sensing over long test periods.
High-speed switching analysis
SiC and GaN devices create fast transients that require sufficient bandwidth to capture di/dt, ringing, and switching behavior clearly.
Measurement support for next-generation EV systems
As EV platforms move toward higher voltage and higher power density, engineers need reliable probes, sensors, and power support across module, subsystem, and vehicle-level tests.
Accuracy first
Measurement tools must remain dependable under demanding development and validation conditions.
Built for real test benches
The measurement chain is designed for practical lab, production, and troubleshooting environments.
Long-term technical support
Selection guidance, usage support, and maintenance services help reduce lifecycle friction.
Typical Test Scenarios
Power module double-pulse testing
Validate switching behavior, losses, and drive matching for SiC and GaN power devices.
Motor drive and inverter efficiency
Measure phase current, DC bus voltage, and power conversion efficiency during system validation.
Battery pack cycling and BMS tests
Track current response, charge and discharge behavior, and battery management strategies.
Onboard charging and DC-DC conversion
Verify voltage, current, and conversion efficiency across OBC, DC-DC, and high-voltage supply paths.