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General| Amplitude Accuracy | ±0.5 dB |
|---|---|
| Tracking Generator | Yes |
| Operating Temperature | -10°C to +50°C |
| Storage Temperature | -40°C to +70°C |
| Dynamic Range | > 100 dB |
| Measurement Types | Cable and antenna analyzer, spectrum analyzer |
| Battery Life | 4 hours (typical) |
| Impedance | 50 Ohm |
| Distance-to-Fault (DTF) | Up to 1000 m |
| Interface | USB, LAN |
Lists available FieldFox models and their frequency ranges.
Details included and optional accessories for the FieldFox.
Lists available documentation and software for the FieldFox.
Important safety information to be familiarized with before operating the instrument.
Procedure for inspecting the FieldFox upon arrival.
Specifies voltage, frequency, and current requirements for the AC/DC adapter.
Step-by-step guide for installing the battery.
Information on battery charge preservation and usage.
Details on powering the FieldFox on, standby, and off.
Features to prevent damage from high internal temperatures.
Overview of the physical controls and buttons on the front panel.
Overview of the connectors and indicators on the top panel.
Overview of the connectors and ports on the right side panel.
Overview of the connectors on the left side panel.
Explanation of the elements displayed on the FieldFox screen.
Configuration options for CAT mode measurements.
Setting the frequency range for CAT mode measurements.
Adjusting the Y-axis scale for trace visibility.
Reducing noise by averaging data points over sweeps.
Smoothing trace data to reduce peak-to-peak noise.
Determining whether the FieldFox measures continuously or once.
Selecting the number of data points for measurement resolution.
Setting the time duration for each measurement sweep.
Setting the output power level for the FieldFox.
Mitigating interference from other signals in the area.
Allows Return Loss & DTF measurements to have different frequency ranges.
Measuring the reflected power compared to the incident power.
Measuring the loss of a transmission line.
Measuring loss through a DUT or cable over a specified frequency range.
Configuring various settings for TDR measurements.
Setting the physical length of the DUT for measurement.
Defining how frequency settings are made for TDR measurements.
Accounting for cable loss to improve TDR accuracy.
Optimizing TDR measurements for fault resolution or low-level detection.
Understanding measurement artifacts that may appear on the screen.
Configuration options for Network Analyzer mode.
Explains scattering parameters used to describe device signal modification.
Displaying multiple traces on the FieldFox screen.
Viewing and changing relevant settings from a single location.
Settings related to Port Extensions and Media Type.
Selecting the display format for measurement results.
Setting the frequencies for measurements.
Adjusting the Y-axis scale for trace visibility.
Offsetting magnitude data by a fixed or sloped value.
Simulating transmission line length to compensate for phase shift.
Mathematically adjusting phase measurement.
Reducing effects of random noise on measurements.
Adjusting the IF bandpass filter for noise reduction.
Initiating SA mode sweeps using external events.
Setting the power level for measurements.
Electrically moving the calibration reference plane.
Displaying equivalent physical length based on electrical delay.
Settings to reduce measurement noise for better dynamic range.
Explains Time Domain measurements using inverse Fourier transform.
Configuring Time Domain transform parameters.
Defining frequency range and data points for calculations.
Selecting the transform algorithm application method.
Adjusting display resolution for responses.
Accounting for cable loss for accurate Time Domain measurements.
Selecting the data processing chain for calculations.
Enabling Time Domain transform for a specific trace.
Enabling gating for a specific trace.
Virtually removing undesired responses in Time Domain.
Explains the necessity and timing of calibration.
Factory calibration for immediate measurements without other corrections.
Step-by-step guide to performing calibration.
Quick and simple calibration for specific models.
Accurate calibration using discrete standards from a Cal Kit.
Complete solid-state calibration solution.
Quick calibration using open, short, or thru components.
Recommends calibration types based on displayed S-parameters.
Procedures to ensure calibration quality and cable integrity.
Configuration options for Spectrum Analyzer mode.
Determines frequencies measured for each sweep.
Applies settings for specific RF protocols.
Changing frequency range by selecting channels.
Adjusts the Y-axis scale and units for display.
Offsets trace amplitude to compensate for external devices.
Controls the power level into the SA receiver.
Boosts signal level for low-level signals.
Identifies inaccurate amplitude display due to compression.
Measures signal strength using antenna factor and cabling corrections.
Editing antenna and cable correction tables.
Offsets source frequency from receiver frequency.
Identifies interfering AM or FM signals.
Affects signal resolution and measurement speed.
Processes input signals using FFT or Step sweep.
Initiates SA mode sweeps using external events.
Time-gated spectrum analysis.
Controls sweep measurement mode and timing.
Displays different types of trace states.
Corrects for receiver drift over temperature and time.
Configuration options for RTSA mode.
Determines frequencies measured per sweep.
Adjusts the Y-axis scale and units for display.
Offsets trace amplitude to compensate for external devices.
Controls the power level into the RTSA receiver.
Boosts signal level for low-level signals.
Identifies inaccurate amplitude display due to compression.
Affects signal resolution and measurement speed.
Initiates RTSA mode sweeps using external events.
Controls sweep measurement mode and timing.
Displays various types of trace states.
Adjusts averaging and displays limits.
Visual history of spectrum with trace records.
Records and plays back RTSA trace sweeps.
Overview of I/Q Analyzer capabilities.
Core configuration for I/Q Analyzer mode.
Procedure for setting up and performing I/Q measurements.
Procedure for saving I/Q data to a file.
Marker functions specific to the I/Q Analyzer mode.
Calculates noise measurement using a mathematical approach.
Integrates power over adjacent data points.
Links markers across traces for synchronized movement.
Corrects for receiver drift over time and temperature.
Displays different types of trace states for IQA mode.
Overview of connecting FieldFox to PC-based software via LAN.
Capabilities of the 89600 VSA Software.
Visual history of spectrum, locating intermittent signals.
Adjusting Red and Blue limits for color display.
Visual history of spectrum over time with scrolling trace records.
Records and plays back SA trace sweeps.
Procedure for recording spectral activity.
Procedure for replaying recorded sessions.
Settings for configuring recording parameters.
Procedure to select Reflection Mode.
Choosing between Return Loss and VSWR measurements.
Removes frequency response errors for accurate measurements.
Setting the center frequency, span, and step for measurements.
Applies pre-defined settings for specific radio channels.
Controls the power level into the FieldFox.
Lists compatible Keysight USB Power Sensors.
Procedure for connecting the power sensor.
Selecting average or peak power measurement.
Setting the zero reference for accurate power readings.
Entering the frequency of the power measurement.
Controlling the internal signal source for measurements.
Making measurements relative to another reading or offset.
Selecting power display units (dBm or Watts).
Setting the number of digits after the decimal point.
Improving measurement accuracy in low power or noisy situations.
Determining continuous or single measurement acquisition.
Reducing settling time after power steps.
Setting visible ranges for acceptable readings.
Procedure to select the USB Power Meter mode.
Choosing measurement types like Spectrum or Waveform.
Setting source and receiver frequencies for FOPS measurements.
Balancing measurement speed and accuracy.
Providing additional control for FOPS measurements.
Horizontal lines for amplitude comparison.
Comparing data traces and performing math operations.
Lists compatible Keysight U2020 X-Series USB Peak Power Sensors.
Choosing between traditional power meter display or trace graph.
Setting the center frequency or time for pulse measurements.
Viewing a zoomed portion of the trace.
Adjusting the Y-axis scale for trace graph measurements.
Reducing noise for improved measurement accuracy.
Enabling an FIR filter within the USB Power Sensor.
Determining continuous or single measurement acquisition.
Number of individual acquisitions for trace plotting.
Event that causes the USB Peak Power Sensor to initiate acquisition.
Horizontal lines for amplitude comparison.
Finding and moving markers to specific trace locations.
Automatic reporting of pulse measurements.
Setting and reporting the reference power level.
Explains VVM mode for measuring electrical length.
Choosing between 1-Port Cable Trimming, 2-Port Transmission, or B/A measurements.
Setting the measurement frequency.
Setting decimal precision for magnitude and phase readings.
Reducing noise by adjusting IF receiver bandwidth.
Setting the power level for measurements.
Reducing noise effects on measurements.
Determining continuous or single acquisition.
Performing calibration for VVM measurements.
Setting magnitude and phase display to zero.
Validating proper electrical length in cable fabrication.
Measuring electrical length, insertion loss, gain, or isolation.
Ratioed measurements using FieldFox A and B receivers.
Introduces ERTA mode for long-distance transmission analysis.
Details system requirements and operational limitations.
Guides through the physical setup for ERTA.
Selecting measurement parameters like frequency and points.
Removes frequency response errors for accurate ERTA measurements.
Offsets source frequency relative to receiver frequency.
Settings to reduce measurement noise for better dynamic range.
Controlling the internal source and its operating mode.
Demodulating and characterizing AM/FM signals.
Explains AM/FM measurement types and terms.
Calculating Signal-to-Noise and Distortion Ratio and Total Harmonic Distortion.
Discusses common AM/FM Metrics error messages and their solutions.
Overview of Channel Scanner functionality.
Step-by-step guide for configuring channel scans.
Measures signal strength using antenna factor and cabling corrections.
Editing antenna and cable correction tables.
Overview of Noise Figure measurement using the Y-Factor technique.
Detailed procedure for setting up a noise figure measurement.
Corrects for receiver drift over temperature and time.
Calculates and displays measurement uncertainty.
Defining noise source ENR values.
Guides through receiver and user calibration procedures.
Optimizes measurement speed and accuracy by automatically setting integration time.
Explains marker functionality for analyzing measurement data.
Procedure for adding markers to traces.
Provides relative X/Y axis readouts using a reference marker.
Displays information for all active markers.
Links markers across multiple traces for synchronized movement.
Moves markers between data and memory traces.
Moves markers between traces in IQA and SA modes.
Sets the format of marker readouts.
Moves markers to specific trace characteristics.
Defines criteria for identifying peaks in traces.
Modifies marker behavior and settings.
Marker functions specific to SA mode.
Creates static limit lines for pass/fail testing.
Creates dynamic limit lines relative to center frequency and acquisition.
Creates limit lines based on existing trace data.
Configures limit line behavior (beep, pass/fail indication).
Manages limit line definitions by saving and recalling files.
Views live trace and stored memory trace.
Performs calculations between live and memory traces.
Adjusts the Y-axis scale for better trace visualization.
Controls continuous or single sweep operation.
Restores FieldFox to factory default settings.
Stores and recalls custom settings for each mode.
Adjusts speaker volume for beeps and features.
Adjusts display parameters like brightness and colors.
Changes the background brightness of the display.
Alters the viewing scheme of the display.
Sets the width of displayed traces for better viewing.
Adds a custom title to the FieldFox screen.
Creates custom keywords for filenames.
Maximizes display area by removing annotations.
Stores settings that persist across power cycles.
Manages preference settings, including restoring factory defaults.
Configures global settings like language and startup mode.
Sets the language for FieldFox interface elements.
Conserves battery power by managing RF source output.
Determines the mode active upon power-up.
Selects default locations for saving and recalling files.
Allows selection of keyboard styles for input.
Configures filename prefixes and suffixes.
Sets distance units for CAT mode.
Views and installs options on the FieldFox.
Lists available installed options.
Configures GPS settings for location stamping data.
Selects the source for accurate and stable frequency measurements.
Provides DC voltage for external devices.
Prevents display of frequency information in certain modes.
Sets the instrument's date, time, and time zone.
Configures network settings for communication and remote operation.
Controls automatic power-on behavior.
Installs firmware updates and manages user files.
Procedure for backing up user data.
Procedure for restoring backed-up user files.
Accesses service-related information and functions.
Displays key information about the FieldFox instrument.
Information related to battery status and management.
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