Probes

Optical Isolated Probe

The PIA1000 series Optical Fiber Isolated Probes provide outstanding Common-mode Rejection Ratio and isolated voltage. They flexibly work with various attenuation cables, achieving full-scale output for Differential Mode Voltages ranging from ±0.01 V to ±2500 V.

Passive Probe

No external power supply is required, simple and cost-effective, suitable for a wide range of daily measurement needs. The PVP series and RP series measure signals from DC to 1.5GHz. RIGOL Passive probes are ideal for various application scenarios from beginners to experts.

Single-ended Probes

RIGOL Single-ended Probes feature high bandwidth and low noise, ideal for precision electronics and high-frequency use. The RP7000S features a plug-in probe head; PVA8000S supports probe and ground line replacement, features LED lighting, and offers magnetic probe combination for adaptability.

Active Differential Probes

RIGOL Active Differential Probes are engineered for high-frequency solutions, capable of measuring differential and single-ended signals with excellent common-mode rejection. Ideal for RF and digital systems, they ensure unmatched precision in signal integrity tests and high-speed circuit debugging.

Current Probe

RIGOL Current Probes connect directly to BNC inputs and attach to conductors, capturing both DC and AC currents. They offer precise current measurement for applications in power electronics, motor control, and battery testing.

Logic Analyzer Probes

RIGOL logic probes are designed for digital circuits, enabling real-time multi-channel signal capture and analysis. They connect digital signals to RIGOL oscilloscopes, offering high sensitivity and accuracy for effective detection and diagnostics in complex logic systems.

High-voltage Differential Probes

RIGOL High-voltage Differential Probes convert high differential voltages to low voltages for oscilloscope display. The PHA series and RP1000D offer high bandwidth and common-mode rejection, ideal for high-voltage systems, ensuring accurate and safe measurements.