The Anritsu 69197A Synthesized Sweep Generator operates from 0.01 GHz to 65.0 GHz, delivering precise signal generation across an extended microwave and millimeter-wave spectrum. This instrument integrates multiple sweep modes—analog, step, manual, alternate range, and list modes—enabling dynamic frequency analysis for broadband component characterization, radar simulation, and advanced RF/microwave testing. Output power spans from -125 dBm to +17 dBm with 0.01 dB resolution and guaranteed leveled power to +17 dBm across 0–20 GHz. Phase noise performance reaches -100 dBc SSB at 10 kHz offset from 10 GHz, supporting demanding measurement applications requiring low-noise signal sources.
Technical Specifications
Frequency Range:
• 0.01 GHz to 65.0 GHz
Output Power:
• Maximum: +17 dBm (guaranteed leveled to 20 GHz)
• Minimum: -125 dBm
• Resolution: 0.01 dB steps to -120 dBm
Phase Noise:
• -100 dBc SSB at 10 kHz offset from 10 GHz
Frequency Resolution:
• Standard: 100.0 mHz
• Optional: 0.1 Hz
Switching Time:
• Typical: less than 40 ms maximum
• Formula: less than 15 ms + 1 ms/GHz step size
– Key Features
Sweep Modes:
• Analog sweep across full frequency range
• Step sweep: 1–10,000 steps with variable dwell time (1 ms to 99 s) and step size (1 kHz to full range)
• Manual sweep with phase-locked discrete frequency adjustment
• Alternate sweep between two independent ranges with separate power levels
• List sweep: up to 1,000 non-sequential frequencies
Modulation:
• Internal modes: AM, FM, Pulse, Phase, Scan
• Seven modulating waveforms including Gaussian noise
• User-downloadable complex modulation
Additional:
• User level flatness correction
• Master/slave operation for multi-unit systems
• Self-test and secure mode
• GPIB (IEEE 488) interface
• 13.3 cm package height
– Typical Applications
Broadband component verification, radar system simulation, RF and microwave device characterization across extended frequency ranges.
– Compatibility & Integration
GPIB remote programming and control; supports networked multi-generator configurations via master/slave operation.
