The Keysight P5020A Streamline is a USB-based vector network analyzer that characterizes RF and microwave components across 9 kHz to 20 GHz. This compact, portable instrument delivers dual-port S-parameter measurements with wide dynamic range, rapid sweep speeds, and multiple calibration methods in a single USB-powered form factor.
Technical Specifications
Frequency Range: 9 kHz to 20 GHz
Measurement Capabilities:
• S-parameters (S11, S21, S12, S22)
• Transmission and reflection measurements
Performance Characteristics:
• Wide dynamic range for both high and low loss device characterization
• High-speed measurement capability for efficient testing workflows
• Dual-port configuration for full two-port S-parameter analysis
Calibration Methods:
• SOLT (Short, Open, Load, Thru)
• TOSL (Thru, Offset, Short, Load)
• TRL (Thru, Reflect, Line)
• User-defined calibrations
Hardware:
• RF connectors: N-type or 3.5 mm coaxial
• Power: USB-supplied
• Source power: Variable for precise stimulus control
Software & Data:
• USB interface for control and data transfer
• Compatible with Keysight VNA software suites
• Industry-standard data format support
– Key Features
The P5020A delivers measurement accuracy across the 9 kHz to 20 GHz band with minimal footprint. USB powering eliminates external supply requirements, enabling deployment in field and laboratory environments. Variable source power enables flexible stimulus control for component and system characterization. Advanced calibration options—SOLT, TOSL, TRL, and user-defined methods—accommodate diverse test configurations and standards.
– Typical Applications
RF and microwave component characterization, filter and amplifier testing, transmission line analysis, impedance and reflection measurements, automated test system integration, and laboratory-based network analysis.
– Compatibility & Integration
The analyzer operates with standard Windows environments and integrates into automated test setups and bench-top configurations. USB connectivity provides straightforward host computer interfacing for both control and data acquisition.
