Multi-channel synchronized measurement
Three-phase systems, multi-level converters, and parallel power stages require synchronized voltage and current measurements across several channels.
Power Electronics
Voltage and current measurement support for switching power supplies, frequency converters, motor drives, and industrial power systems — from device-level characterization to system efficiency validation.
Testing Challenges
High common-mode voltage rejection
Floating measurements on high-side switches and bus voltages need probes with strong CMRR to extract differential signals cleanly.
Wide power range coverage
From low-power standby circuits to high-power industrial drives, the measurement chain must scale across vastly different current and voltage levels.
Comprehensive measurement for power electronics R&D
Power electronics spans device-level switching, converter topology validation, and full-system efficiency testing — each demanding specific measurement capabilities and probe configurations.
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
Inverter and converter efficiency
Measure input and output voltage, current, and power conversion to evaluate overall system efficiency and losses.
Motor drive debugging and validation
Observe three-phase current, DC bus voltage, and control response to verify drive stability and performance.
Switching power supply transient testing
Capture load-step, startup, shutdown, and protection-event voltage and current waveforms.
High-voltage pulse power R&D
Verify high-voltage pulse output, discharge behavior, and protection logic with wide-bandwidth probes.