The Rohde & Schwarz ZV-Z429 Verification Kit is a calibration and verification standard designed to evaluate vector network analyzer measurement performance across 45 MHz to 40 GHz. Unlike general calibration kits, verification kits quantify actual measurement uncertainty under specific test conditions—enabling you to confirm rated VNA specifications and validate measurement accuracy in your operating environment. The kit includes accredited calibration data traceable to the Swiss Metrology Institute METAS, along with a calibration certificate.
Technical Specifications
• Frequency range: 45 MHz to 40 GHz
• Connector type: 2.92 mm (female and male)
• Calibration standards: Offset Short (female/male), Mismatch (female/male), Attenuator (female-to-male), Stepped Through (female-to-male)
• Measurement capability: One-port and two-port verification
• Mechanical reproducibility: Designed for high mechanical repeatability
• Impedance verification: Supports validation of very high/low reflection impedances and mid-range impedance values via stepped-line standards
• Catalog number: 1319.1076.02
– Key Features
• Accredited calibration data with traceability to METAS
• Included calibration certificate for enhanced accuracy documentation
• Stepped-line standard enables comprehensive impedance range assessment
• VNAMUC software available as free download to streamline verification workflows
• Adapters and deembedding techniques support male-to-male and female-to-female reference plane verification
– Typical Applications
• Full verification of network analyzer measurement performance
• Evaluation of VNA measurement uncertainty in production and field environments
• Validation of rated specifications under given environmental and test parameters
• Proof of measurement uncertainty for compliance and traceability requirements
– Compatibility & Integration
Designed for use with Rohde & Schwarz VNAs, including the R&S®ZVA series. The 2.92 mm connector interface ensures compatibility with standard RF test setups. VNAMUC software integration facilitates streamlined uncertainty evaluation and verification documentation.
