The Rohde & Schwarz ZVRE is a vector network analyzer engineered for amplitude and phase measurement of S-parameters, Z-parameters, and Y-parameters across 1-port and 2-port electrical networks. This economy-class instrument integrates a generator, test set, and receiver in a single chassis, delivering high measurement accuracy with dynamic range exceeding 125 dB. The ZVRE features two SWR bridges, an RF switch, two measurement channels, and one reference channel, enabling full two-port calibration (TOSM) and automatic calibration (AutoKal). Measurement speed reaches <125 µs/point normalized or 25 sweeps/s with 200 points. A 26 cm color LCD display provides real-time trace visualization and control.
Technical Specifications
• Frequency Range: 9 kHz to 4 GHz
• Dynamic Range: >125 dB (IF bandwidth 10 Hz)
• Inherent Noise: <−130 dBm (measurement bandwidth 3 kHz)
• Measurement Bandwidth: 1 Hz to 10 kHz
• Frequency Resolution: 10 µHz
• Test Points: 1 to 2001 (selectable)
• Measurement Uncertainty: <0.05 dB or 0.4°
• Impedance: 50 Ω
• Test Ports: Type-N female connectors
• Measurement Speed: <125 µs/point (normalized) or 25 sweeps/s with 200 points
– Key Features
• Two SWR bridges with integrated RF switch for dual-channel operation
• Magnitude and phase measurement of all four S-parameters
• Fast IEC/IEEE bus data transfer; 200 trace values in <15 ms
• Selectable measurement bandwidth optimizes speed versus noise performance
• Step attenuators available for Port 1 and Port 2, including receiver step attenuators
• Increased output power option for Port 1 or Output A
– Typical Applications
• Filter, amplifier, and passive component characterization
• Two-port network analysis in R&D and production environments
• Impedance and reflection coefficient measurement
– Compatibility & Integration
• IEC/IEEE bus interface with internal PC
• Ethernet interface for internal PC
• Compatible with calibration kits for standard connector types
• Optional modules: Time Domain (B2), Mixer Measurements (B4), Non-linear Measurement (B5)
















