The Rohde & Schwarz RT-ZPR20 is a 2 GHz active power rail probe engineered for high-accuracy measurements on low-voltage power rails. It combines low noise and high bandwidth to enable detailed power integrity analysis, debugging, and characterization across complex electronic designs. The 1:1 attenuation ratio delivers high sensitivity for precise measurement of small ripple and noise signals superimposed on DC rails. An integrated high-precision DC voltmeter with 0.1% accuracy enables simultaneous DC component measurement without additional instrumentation. The probe’s ±60 V DC offset compensation range accommodates diverse power supply voltages, while its 50 kΩ input impedance minimizes loading effects on the power distribution network.
Technical Specifications
• Bandwidth: DC to 2.0 GHz
• Attenuation Factor: 1:1
• Input Impedance: 50 kΩ
• Dynamic Range: ±0.85 V
• DC Offset Compensation: ±60 V
• Maximum Input Voltage: ±0.85 V (within dynamic range, without offset compensation)
• DC Voltmeter Accuracy: 0.1%
• Coupling: AC/DC
• Cable Length: 1.2 m SMA
– Key Features
• Integrated high-precision DC voltmeter eliminates need for separate measurement equipment
• Very low added noise ensures accurate ripple and noise characterization
• High sensitivity enables detection of small signal variations on power rails
• AC/DC coupling accommodates both modulated and DC-offset signals
• Power Rail Browser software included for measurement analysis
– Typical Applications
• Power integrity characterization and debugging in digital electronics
• Ripple and noise analysis on low-voltage rails
• Power supply quality assessment in IoT components and memory chips
• Sensitive analog circuit power rail monitoring
– Compatibility & Integration
The probe connects exclusively via Rohde & Schwarz probe interface and is compatible with R&S RTE, RTO2000 series, RTM3000/RTA4000 series, MXO, and RTP series oscilloscopes. SMA connector on probe box supports accessory integration. Direct connection to standard BNC jacks is not permitted.
