The Wiltron 660-C-8090-5 is a precision network analyzer for RF and microwave component characterization across laboratory and production environments. Operating from 10 MHz to 26.5 GHz, this instrument delivers leveled output power up to 50 mW with adjustable attenuation options and frequency accuracy of ±10 MHz (10 MHz to 20 GHz). Phase-locked operation achieves ±10 Hz or better accuracy when referenced to external sources.
Technical Specifications
Frequency Range: 10 MHz to 26.5 GHz
Output Power: Leveled output power up to 50 mW; power variation specified in dB with options including 70 dB attenuator configuration
Frequency Accuracy: ±10 MHz (10 MHz to 20 GHz); ±10 Hz or better when phase-locked to external frequency reference
Sweep Characteristics: Adjustable sweep time from 0.01 to 99 seconds; dual narrow-band symmetrical sweep modes for broadband and narrow-band applications; power sweep capability spanning 15 dB per sweep for active device characterization
Markers: Eight markers for frequency identification, AF sweep center frequency, CW frequencies, and sweep limit display; selectable video (positive pulse) or attenuated RF marker output
– Key Features
• Fundamental and YIG-tuned oscillators with ROM correction for residual nonlinearity
• Fundamental oscillator coverage 2 to 26.5 GHz for signal purity in the 6600B Series architecture
• Digital keypad entry to 5-digit resolution for frequency, sweep time, and power level
• Programmable GPIB control of frequency, sweep span, power, marker type, and trigger mode
• Front-panel digital displays with auto-blanking for setup security and local lock-out protection against inadvertent operation
– Typical Applications
• Characterization of RF and microwave passive and active components
• Gain and power performance validation in device testing
• Frequency response analysis over broad and narrow-band ranges
– Compatibility & Integration
Type N Female output connector (WSMA Female and Ruggedized WSMA Female variants available in 6600 series models). GPIB interface enables remote instrument control and automated measurement sequences.
