Agilent/Keysight 8722ES

The Agilent/Keysight 8722ES is a two-port S-parameter vector network analyzer spanning 50 MHz to 40 GHz, delivering magnitude and phase measurements in both forward and reverse directions. The instrument integrates a synthesized source, test set, and tuned receiver to achieve dynamic range up to 110 dB and trace noise below 0.15 dB across its frequency span. It performs full two-port calibration with adapter-removal and optional TRL/LRM techniques, supported by four display channels and configurable measurement automation.

– Technical Specifications

• Frequency Range: 50 MHz to 40 GHz
• Dynamic Range: Up to 100 dB; 93 dB (0.84–20 GHz), 110 dB (20–40 GHz)
• S-Parameters: S11, S21, S12, S22
• Output Power: −5 dBm (0.05–20 GHz), −10 dBm (20–40 GHz)
• Power Sweep Range: 15 dB (0.05–20 GHz), 10 dB (20–40 GHz)
• Trace Noise: <0.03 dB (up to 13.5 GHz), <0.15 dB (up to 40 GHz)
• Phase Noise: −35 dBc @ 60 kHz offset (20 GHz)
• Harmonics: <−15 dBc at maximum output level
• Source Match: Up to 40 dB (<2 GHz), 23 dB (up to 40 GHz)
• Load Match: Up to 42 dB (<2 GHz), 26 dB (up to 40 GHz)
• IF Bandwidth: 10 Hz minimum
• Input Damage Level: 30 dBm or 40 VDC
• Display Formats: Smith chart, polar, Cartesian
• Measurement Channels: 2; Display Channels: 4
• Dimensions: 222 × 425 × 457 mm (H × W × D)

– Key Features

• Full two-port and adapter-removal calibration
• Optional TRL/LRM calibration for enhanced accuracy
• Electronic calibration (ECal) for rapid setup
• Pass/fail testing with automated verification
• Marker functions for precision data analysis
• Internal test-sequencing automation
• Optional time-domain measurements for fault location
• Frequency and power sweep capability
• Optional high-stability frequency reference
• Configurable test set architecture

– Typical Applications

• RF and microwave component characterization
• Device modeling and design validation
• Manufacturing test and verification
• Research and development

– Compatibility & Integration

The 8722ES supports external automation routines and integrates standard calibration methods for adapter-removal and precision TRL workflows.