Test & Measurement
Agilent Technologies Delivers World's Most Accurate Handheld Vector Network Analyzer
Agilent introduced the N9923A FieldFox RF Vector Network Analyzer (VNA) -- the world's most accurate handheld VNA. The FieldFox RF VNA provides the best measurement stability in the industry, 0.01 dB/degree Celsius, and offers the world's first integrated QuickCal calibration capability available in a handheld VNA. QuickCal enables consistent measurement results and confidence in the data while eliminating the need to carry a calibration kit into the field.
The With any vector network analyzer, calibration is a critical component. Traditional VNA calibration can be a headache -- especially in a field environment. Traditional cals require cal kits and hardware accessories that not only need to be carried into the field, but also maintained. The FieldFox RF VNA addresses these frustrations head-on with QuickCal, the industry's first and only built-in calibration capability. Users can calibrate the FieldFox RF VNA without an external cal kit and without mechanical standards. With QuickCal, operators can perform a calibration in seconds, providing a quick and easy way to eliminate measurement errors.
Another challenge with many handheld instruments is the equipment's own drift over temperature. While this is not a major issue in a temperature-controlled office environment, it is a problem outdoors, where large temperature variations are prevalent. The FieldFox RF VNA has a stability specification of 0.01 dB/degrees Celsius, making the FieldFox RF VNA the industry's most stable handheld vector network analyzer over time and temperature. Therefore, drift errors due to the test equipment itself are very low.
The FieldFox RF VNA is the most rugged, weather-resistant handheld RF VNA on the market today. The FieldFox RF VNA offers a field-proof design with no fans or vents and is the only handheld network analyzer that meets and exceeds MIL PRF 28800F Class 2 compliance. Moreover, the FieldFox RF VNA is easy to use with a task-driven user interface that helps guide users smoothly through measurements.