Switching Current Transients
For di/dt and current waveform capture, covering dynamic test needs from line frequency to high frequency.
Focused on high dv/dt, high di/dt, and strong common-mode interference scenarios, serving EMC/EMI, SiC/GaN power devices, new energy, and production-line testing. We provide one-stop support from selection to range / bandwidth / interface / mechanical customization.
Grouped around real-world engineering conditions, emphasizing repeatable, quantifiable, and traceable measurement workflows.
Focus on switching transients, ringing, and loop stability to improve usability in high-frequency and high-interference environments.
For di/dt and current waveform capture, covering dynamic test needs from line frequency to high frequency.
Measure switching nodes and DC bus voltage, suppress common-mode interference, and improve measurement confidence.
Locate interference sources and compare before/after mitigation results to build a quantifiable verification loop.
Quickly pinpoint problem points through waveform and spectrum comparison to support corrective actions.
Safe measurements in high common-mode environments, reducing the risk of errors caused by ground loops.
For traction, OBC, DCDC, and charge/discharge conditions, emphasizing dynamic range and installation fit.
Flexible routing for tight spaces, supporting multi-range coverage from mA to kA.
Differential/isolation solutions for HV buses and switching nodes to improve safety and noise immunity.
Emphasize consistency and integrability, supporting multi-dimensional customization such as range, bandwidth, interface, and mechanics.
Stable signal chain and clear criteria for batch testing and quality traceability.
Support customization of coil aperture/cables/interfaces, attenuation and bandwidth, and isolation rating.
Centered on “probe hardware + delivery form,” covering both standard models and project-based customization.
Flexible routing and wideband response, suitable for high current, strong interference, and tight installation spaces.
Supports transients, harmonics, and event capture for fast review and comparison in engineering workflows.
Coil diameter, routing structure, cable length, sensitivity, and interfaces can be customized as required.
Stable measurements in high-voltage and high common-mode environments, with emphasis on improving CMRR and safety.
For switching nodes, DC buses, and floating measurements; supports attenuation, bandwidth, and protection strategy configuration.
Input/output isolation design reduces ground-loop impact and suits safety-critical on-site measurements.
For oscilloscopes, recorders, and host platforms, providing interface adaptation and integration support.
Supports common output interfaces and cabling options for quick integration with existing test equipment.
Supports customization of branding, wiring harnesses, and mechanical form factors for system integration and volume delivery.
From requirement confirmation to prototype validation and mass delivery, ensuring clear specs and verifiable results.
Define acceptance criteria around key metrics such as bandwidth, range, accuracy, CMRR, and isolation rating.
Assist with selection, wiring, and test workflow design to improve first-pass success and repeatability.
Tell us your test objectives, bandwidth/frequency range, measurement range, DUT structure, and installation space. We will quickly match or customize the right probe solution for you.