The Keysight P5007B is a two-port vector network analyzer engineered for RF and microwave characterization from 100 kHz to 44 GHz. This compact Streamline Series instrument delivers dynamic range, measurement speed, trace noise, and temperature stability—making it ideal for passive components, amplifiers, mixers, and frequency converters across research, development, and manufacturing environments.
Technical Specifications
• Model: P5007B
• Type: Vector Network Analyzer (VNA)
• Ports: 2
• Frequency Range: 100 kHz to 44 GHz
• Test Port Connectors: 2.4 mm (f)
– Key Features
• Compact Form Factor: Faceless design minimizes test setup footprint
• Thunderbolt 3 Interface: High-speed data transfer for improved measurement throughput
• Cascadable Architecture: Extend test port count by cascading two VNAs
• Measurement Science Parity: Identical GUI, SCPI commands, and measurement algorithms as Keysight’s established high-performance VNAs
• ECal Compatibility: Supports Keysight Electronic Calibration modules with calibration documentation options including uncertainties and guardbanding (non-accredited)
• Wide Application Support: Pulsed-RF measurements (Lite), fixture removal, time-domain analysis, noise figure with vector correction, gain compression, spectrum analysis, multiport calibration, mixer/converter characterization, differential and I/Q device measurements, S-parameter uncertainty analysis, and operation with N5252AW VDI frequency extenders
– Typical Applications
The P5007B addresses component characterization across multiple domains: passive filter and transmission-line validation, active device gain and stability assessment, frequency converter performance mapping, and multiport network analysis with external switch integration.
– Compatibility & Integration
Full compatibility with Keysight Electronic Calibration (ECal) modules ensures simplified calibration workflows. Native SCPI command set and graphical interface enable straightforward integration into existing test automation and measurement frameworks.


















