Anritsu 68017C Synthesized CW Generator, 0.01 – 8.4 GHz

The Anritsu 68017C is a synthesized CW generator delivering precision RF signal generation across 0.01 to 8.4 GHz. Built for RF circuit testing, wireless development, and production verification, it combines ultra-low phase noise, flexible modulation, and advanced sweep capabilities with GPIB remote control. Engineers rely on it for applications demanding signal purity, frequency agility, and stable leveled output across demanding test environments.

Technical Specifications

Frequency Range: 0.01 to 8.4 GHz (10 MHz to 8.4 GHz) Output Power:

• Maximum: +17 dBm


• Minimum: –125 dBm


• Guaranteed leveled power to 20 GHz: +17 dBm Signal Purity:


• SSB phase noise: –107 dBc at 10 kHz offset from 10 GHz


• Non-harmonic spurious: –100 dBc Frequency Resolution: 0.1 Hz (Option 11); standard step size 1 kHz across full range Switching Time: <5 ms for <100 MHz sweep steps

Key Features Modulation & Waveforms:

• Internal AM, FM, phase, and pulse modulation


• Seven internal modulating waveforms including Gaussian noise


• User-downloadable arbitrary modulation waveforms


• Doublet, triplet, and quadruplet pulse generation for RADAR blind spot testing


• Swept delay for moving target simulation


• Simultaneous synchronized modulations across entire frequency range Sweep Modes:


• CW or step sweep operation


• Step sweep: 1 ms to 99 seconds per step


• Fixed rate sweep: 20 ms to 99 seconds per step


• Manual, alternate, logarithmic, and digital frequency/power sweep modes Control & Integration:


• GPIB (IEEE 488) with optional SCPI programmability (Option 19)


• TTL end-of-sweep input/output signals


• External or internal pulse modulation parameter control

Optional Enhancements Option 15A adds high-power RF output (2–20 GHz range). Option 16 provides ovenized 10 MHz reference with <5 × 10⁻¹⁰ /day stability. Option 17B removes front panel for remote operation.

Typical Applications RF subsystem characterization, receiver sensitivity testing, transmitter verification, component S-parameter measurements, and radar signal simulation.