| 1. Basic | 2. Signal Configuration |
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Displays the trial ID range included in the current FCC radar profile.
Range: 1 to 200
Default: 30
Enter the number of trials to generate.
Range: 0.0 ~ 600.0 s
Default: 0.0 s
Set the interval time between trials.
Choices: Type 0 |Type 1 | Type 2 | Type 3 | Type 4 | Type 5 | Type 6
Default: Type 1
Coupling: Type 0 is only viable when Standard Version under DFS node is set to FCC-13-22.
Select a radar type of FCC radar profiles. For the detailed description of each type, refer to FCC Radar Profiles.
This cell displays the standard version under use. It is real-only and coupled to the Standard Version settings under DFS node in the tree view. Refer to FCC 06-96 and FCC 13-22 for more details about the definition of the radar profiles.
Range: 5 GHz ~ 6 GHz
Default: 5.5 GHz
Coupling: This cell is only visible when the FCC Standard Version is set FCC-13-22 and the Radar Type is set to Type 5.
Set the UUT channel center frequency for FCC type 5 signal according to 905462 D02 UNII DFS Compliance Procedures New Rules v02.
Range: 5 MHz ~ 160 MHz
Default: 5 MHz
Coupling: This cell is only visible when the FCC Standard Version is set FCC-13-22 and the Radar Type is set to Type 5.
Set the UUT occupied bandwidth for FCC type 5 signal according to 905462 D02 UNII DFS Compliance Procedures New Rules v02.
Range: 1 MHz to the maximum bandwidth determined by the connected instrument
Default: Maximum bandwidth determined by the connected instrument
Coupling: This cell is only visible when the FCC Standard Version is set FCC-13-22 and the Radar Type is set to Type 6.
Enter the radar detection bandwidth so that it is equal to the operating bandwidth of the WLAN device. Only the hopping points within the frequency band (formed by center frequency and radar detection bandwidth) will actually be transmitted by the instrument. Refer to Simulated Frequency Hopping Generation for more details.
The maximum value is determined by the sampling clock of the connected instrument, which is Max Sample Clock X 0.8.
Displays the pulse width.If the pulse width of the selected radar type is a range instead of a fixed value, another three parameters will be displayed under this cell, step, min, and max.
Displays the resolution of random value selection.
Displays the lower limit of the range.
Displays the upper limit of the range.
Displays the Pulse Repetition Interval (PRI) value. If the PRI of the selected radar type is a range instead of a fixed value, another three parameters will be displayed under this cell, step, min, and max.
Displays the resolution of random value selection.
Displays the lower limit of the range.
Displays the upper limit of the range.
Displays the number of pulses per burst. If the number of pulses per burst value of the selected radar type is a range instead of a fixed value, another three parameters will be displayed under this cell, step, min, and max.
Displays the resolution of random value selection.
Displays the lower limit of the range.
Displays the upper limit of the range.
Displays the number of bursts in the radar signal. If the number of bursts value of the selected radar type is a range instead of a fixed value, another three parameters will be displayed under this cell, step, min, and max.
Displays the resolution of random value selection.
Displays the lower limit of the range.
Displays the upper limit of the range
This cell is only visible when Radar Type is set to type 5 and it displays the bandwidth of the chirp radar signal. As it is a range as defined in the standard, there are three other parameters under it, step, min, and max.
Displays the resolution of random value selection.
Displays the lower limit of the range.
Displays the upper limit of the range.
This cell is only visible when Radar Type is set to type 6. It displays the frequency band of the frequency hopping. As the frequency band is a range, there are three other parameters under it, step, min, and max.
Displays the resolution of random value selection.
Displays the lower limit of the range.
Displays the upper limit of the range.