The Anritsu 68359B is a synthesized sweep/signal generator delivering precise RF and microwave signal generation across 0.01 to 26.5 GHz. Maximum output power reaches +13 dBm with ±2 dB accuracy, making it suitable for telecommunications, aerospace, and RF development applications requiring stable, low-noise signals and fast frequency agility.
Technical Specifications
• Frequency Range: 0.01 GHz to 26.5 GHz
• Maximum Output Power: +13 dBm
• Output Accuracy: ±2 dB
• Step Sweep: 1 to 10,000 steps; 1 kHz minimum step size (0.1 Hz with Option 11); dwell time 1 ms to 99 seconds per step; switching time <15 ms +1 ms/GHz or <40 ms maximum (typical)
• Power Level Flatness (Analog Sweep): 4.0 dB (0.01–0.05 GHz); 2.0 dB (0.05–20 GHz); 4.0 dB (20–26.5 GHz) typical
• Programmable Frequency Agility: Up to 1000 non-sequential frequencies stored and phase-locked step swept via GPIB control
– Key Features
• Five Sweep Modes: Alternate, Analog, Power, Step, and Manual sweep with independent power level control per range
• Modulation Capability: AM, FM, Phase Modulation (ØM), and Pulse Modulation; internal and user-downloadable complex modulation with 7 selectable waveforms
• Alternate Sweep Mode: Toggles between two independent frequency ranges with assigned power levels
• User Level Flatness Correction: Supported for extended accuracy across the frequency band
• Master/Slave Operation: Supported for multi-instrument synchronization
• Self-Test and Secure Mode: Built-in diagnostics and secure operational modes included
– Integration & Control
• GPIB Interface: Full remote control and communication; supports up to 15 devices per bus (20 meter maximum length); unique addresses 00–30
• Rack Mounting: Option 1 provides track slides with 90° tilt capability for standard 19-inch installations
• SCPI Programming: Compatible with 682XXB/683XXB series SCPI Programming Manual (Part No. 10370-10288)
– Typical Applications
Telecommunications testing, aerospace RF characterization, component validation, and manufacturing test automation requiring wideband frequency coverage and precise modulation control.
