Satellite power reference is the absolute power of one satellite signal with 0dB relative power. When real-time application is turned on, the amplitude on the front panel will be set to satellite power reference. When satellite power reference is changed, the amplitude on the front panel will also be updated.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:POWer:REFerence <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:POWer:REFerence?
SCPI Example	RADio:GNSS:WAVeform:CCAR:POW:REF -120 RADio:GNSS:WAVeform:CCAR:POW:REF?
Preset	-130
State Saved	Yes
Range	-144 to 0
Initial S/W Revision	A.16.00

External Attenuation

Enter the attenuation value of the external attenuator if connected to instrument's RF port. Then the external attenuation will be compensated, which means the amplitude of the instrument output will be set to the sum of satellite power reference and external attenuation.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:ATTenuation <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:ATTenuation?
SCPI Example	RAD:GNSS:WAV:CCAR:ATT -10 RAD:GNSS:WAV:CCAR:ATT?
Preset	0
State Saved	Yes
Range	0 to 100
Initial S/W Revision	A.16.00

GPS Settings

GPS L1 C/A

Sets whether or not the GPS L1 C/A signal is to be played.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:GPS:L1CA ON\|OFF\|1\|0 [SOURce]:RADio:GNSS:WAVeform:CCARrier:GPS:L1CA?
SCPI Example	RADio:GNSS:WAVeform:CCAR:GPS:L1CA OFF RADio:GNSS:WAVeform:CCAR:GPS:L1CA?
Preset	ON
State Saved	Yes
Range	OFF\|ON
Initial S/W Revision	A.16.00

GPS L5 I

Sets whether or not the GPS L5 I signal is to be played.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:GPS:L5I ON\|OFF\|1\|0 [SOURce]:RADio:GNSS:WAVeform:CCARrier:GPS:L5I?
SCPI Example	RADio:GNSS:WAVeform:CCAR:GPS:L5I OFF RADio:GNSS:WAVeform:CCAR:GPS:L5I?
Preset	ON
State Saved	Yes
Range	OFF\|ON
Initial S/W Revision	A.16.00

GPS L5 Q

Sets whether or not the GPS L5 Q signal is to be played.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:GPS:L5Q ON\|OFF\|1\|0 [SOURce]:RADio:GNSS:WAVeform:CCARrier:GPS:L5Q?
SCPI Example	RADio:GNSS:WAVeform:CCAR:GPS:L5Q OFF RADio:GNSS:WAVeform:CCAR:GPS:L5Q?
Preset	ON
State Saved	Yes
Range	OFF\|ON
Initial S/W Revision	A.16.00

L1 C/A Power Boosting

Sets the GPS L1 C/A power boosting compared to reference power. This is visible only when GPS L1 C/A is on.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:GPS:L1PBoosting <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:GPS:L1PBoosting?
SCPI Example	RADio:GNSS:WAVeform:CCAR:GPS:L1PB -3 RADio:GNSS:WAVeform:CCAR:GPS: L1PB?
Preset	0
State Saved	Yes
Range	-40 to 0
Initial S/W Revision	A.16.00

GPS L5 Power Boosting

Sets the GPS L5 power boosting compared to the GPS L1 power. This is visible only when GPS L5 I or GPS L5 Q is set to On.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:GPS:L5PBoosting <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:GPS:L5PBoosting?
SCPI Example	RADio:GNSS:WAVeform:CCAR:GPS:L5PB -3 RADio:GNSS:WAVeform:CCAR:GPS:L5PB?
Preset	0
State Saved	Yes
Range	-40 to 0
Initial S/W Revision	A.16.00

Galileo Settings

E1 OS

Sets whether the Galileo E1 Open Service signal is to be played.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:GALileo:E1 ON\|OFF\|1\|0 [SOURce]:RADio:GNSS:WAVeform:CCARrier:GALileo:E1?
SCPI Example	RADio:GNSS:WAVeform:CCAR:GALileo:E1 OFF RADio:GNSS:WAVeform:CCAR:GALileo:E1?
Preset	ON
State Saved	Yes
Range	OFF\|ON
Initial S/W Revision	A.16.00

E5 (E5a + E5b)

Sets whether the Galileo E5 (including E5a and E5b) signal is to be played.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:GALileo:E5 ON\|OFF\|1\|0 [SOURce]:RADio:GNSS:WAVeform:CCARrier:GALileo:E5?
SCPI Example	RADio:GNSS:WAVeform:CCAR:GALileo:E5 OFF RADio:GNSS:WAVeform:CCAR:GALileo:E5?
Preset	ON
State Saved	Yes
Range	OFF\|ON
Initial S/W Revision	A.16.00

E1 Power Boosting

Sets the Galileo E1 power boosting compared to reference power. This is only visible when E1 OS is On.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:GALileo:E1PBoosting <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:GALileo:E1PBoosting?
SCPI Example	RADio:GNSS:WAVeform:CCAR:GAL:E1PB -3 RADio:GNSS:WAVeform:CCAR:GAL:E1PB?
Preset	0
State Saved	Yes
Range	-40 to 0
Initial S/W Revision	A.16.00

E5 Power Boosting

Sets the Galileo E5 power boosting compared to reference power. This is only visible when E1 (E5a + E5b) is on.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:GALileo:E5PBoosting <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:GALileo:E5PBoosting?
SCPI Example	RADio:GNSS:WAVeform:CCAR:GAL:E5PB -3 RADio:GNSS:WAVeform:CCAR:GAL:E5PB?
Preset	0
State Saved	Yes
Range	-40 to 0
Initial S/W Revision	A.16.00

Advanced Settings

GPS L5 Pseudorange Offset

Sets the offset value, in meters, that applies to L5 pseudorange offset. This setting is for debugging and advanced use cases only.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:GPS:L5PR:OFFSet <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:GPS:L5PR:OFFSet?
SCPI Example	RAD:GNSS:WAV:CCAR:L5PR:OFFS –0.6 RAD:GNSS:WAV:CCAR:L5PR:OFFS?
Preset	0
State Saved	Yes
Range	-50 to 50
Initial S/W Revision	A.16.00

Scenario Settings

Elevation Mask Angle

Enter the angle above the horizon which constitutes valid satellite data. The software only recognizes satellites that appear above the mask angle. Satellites below this angle will not be used. Increasing this angle will reduce the number of visible satellites in the generated scenario.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:EMANgle <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:EMANgle?
SCPI Example	RAD:GNSS:WAV:CCAR:EMAN -6 RAD:GNSS:WAV:CCAR:EMAN?
Preset	5
State Saved	Yes
Range	-30 to 30
Initial S/W Revision	A.16.00

Troposphere Model

Select the troposphere model applied to satellite signals in the generated scenario.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:TROPosphere:MODel NONE\|NATO\|HOPField\|SAAStamoinen\|UNB3\|WAAS\|ALTShuler [SOURce]:RADio:GNSS:WAVeform:CCARrier:TROPosphere:MODel?
SCPI Example	RADio:GNSS:WAVeform:CCAR:TROP:MOD NATO RADio:GNSS:WAVeform:CCAR:TROP:MOD?
Preset	NATO
State Saved	Yes
Range	NONE\|NATO\|HOPField\|SAAStamoinen\|UNB3\|WAAS\|ALTShuler
Initial S/W Revision	A.16.00

Ionosphere Model

Select the Ionosphere model applied to satellite signals in the generated scenario.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:IONosphere:MODel NONE\|KLOBuchar [SOURce]:RADio:GNSS:WAVeform:CCARrier:IONosphere:MODel?
SCPI Example	RADio:GNSS:WAVeform:CCAR:ION:MOD KLOB RADio:GNSS:WAVeform:CCAR:ION:MOD?
Preset	KLOB
State Saved	Yes
Range	NONE\|KLOBuchar
Initial S/W Revision	A.16.00

Klobuchar Ionosphere Parameters

This property displays Alpha[n] and Beta[n] values configured for the selected Ionosphere Model.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:IONosphere::[KLOBuchar:]PARameters <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:IONosphere: [KLOBuchar:]PARameters?
SCPI Example	RADio:GNSS:WAVeform:CCAR:ION:PAR "4.6566129E-9,1.4901161E-8,-5.96046E-8,-5.96046E-8,79872,65536,-65536,-393216 RADio:GNSS:WAVeform:CCAR:ION:PAR?
Preset	2.7940E-08,2.2352E-08,-1.1921E-07,5.9605E-08,1.5155E+05,-1.9661E+05,-6.5536E+04,3.2768E+05
State Saved	Yes
Initial S/W Revision	A.16.00

Galileo Ionosphere Model

Select the Ionosphere model applied to Galileo satellite signals in the generated scenario.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:GALileo:IONosphere:MODel NONE\|KLOBuchar\|NEQuick [SOURce]:RADio:GNSS:WAVeform:CCARrier:GALileo:IONosphere:MODel?
SCPI Example	RADio:GNSS:WAVeform:CCAR:GAL:ION:MOD KLOB RADio:GNSS:WAVeform:CCAR:GAL:ION:MOD?
Preset	NEQuick
State Saved	Yes
Range	NONE\|KLOBuchar\|NEQuick
Initial S/W Revision	A.16.00

NeQuick Ionosphere Parameters

This property displays Alpha[n] and Beta[n] values configured for the selected Ionosphere Model.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:IONosphere:NEQuick:PARameters <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:IONosphere:NEQuick:PARameters?
SCPI Example	RADio:GNSS:WAVeform:CCAR:ION:PAR "150,-0.5,-1.5e-3,00000" RADio:GNSS:WAVeform:CCAR:ION:PAR?
Preset	150,-0.5,-1.5e-3,00000
State Saved	Yes
Range
Initial S/W Revision	A.16.00

Scenario Type

Select the scenario type to be generated.

If you select Static, static scenarios will be generated for a static GPS receiver with fixed longitude, latitude, and altitude.
If you select Dynamic, dynamic scenarios will be generated for a moving GPS receiver based on the provided trajectory data.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:STYPe STATic\|DYNamic [SOURce]:RADio:GNSS:WAVeform:CCARrier:STYPe?
SCPI Example	RADio:GNSS:WAVeform:CCAR:STYP DYN RADio:GNSS:WAVeform:CCAR:STYP?
Preset	STAT
State Saved	Yes
Range	STATic\|DYNamic
Initial S/W Revision	A.16.00

Receiver Longitude

Positive values are for the East and negative values are for the West. Inputing a negnitive value can change the suffix from W to E or from E to W.

This setting is displayed and valid only when Scenario Type is Static.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:LONGitude <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:LONGitude?
SCPI Example	RADio:GNSS:WAVeform:CCAR:LONG 116 RADio:GNSS:WAVeform:CCAR:LONG?
Preset	122.711557
State Saved	Yes
Range	-180 to 180
Initial S/W Revision	A.16.00

Receiver Latitude

Positive values are for the North and negative values are for the South. Inputing a negative value can change the suffix from S to N or from N to S.

This setting is displayed and valid only when Scenario Type is Static.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:LATitude <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:LATitude?
SCPI Example	RADio:GNSS:WAVeform:CCAR:LAT 0 RADio:GNSS:WAVeform:CCAR:LAT?
Preset	38.48181
State Saved	Yes
Range	-90 to 90
Initial S/W Revision	A.16.00

Receiver Altitude

This setting is displayed and valid only when Scenario Type is Static.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:ALTitude <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:ALTitude?
SCPI Example	RADio:GNSS:WAVeform:CCAR:ALT 100 RADio:GNSS:WAVeform:CCAR:ALT?
Preset	170
State Saved	Yes
Range	-100 to 1.5e7
Initial S/W Revision	A.16.00

NMEA Message File

Select a NMEA message file for dynamic scenario creation, which contains GGA messages only or both GGA and RMC messages generated by a GPS receiver.

The sampling rate of input NMEA message file should be 1 Hz or larger. The minimum sampling points in the file is 3.

This setting is displayed and valid only when Scenario Type is Dynamic.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:NMEA:FILE <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:NMEA:FILE?
SCPI Example	RADio:GNSS:WAVeform:CCAR:NMEA:FILE "c:\temp\test.gga" RADio:GNSS:WAVeform:CCAR:NMEA:FILE?
Preset	System demo file
State Saved	Yes
Initial S/W Revision	A.16.00

Trajectory Mode

Select the mode of importing NMEA data into scenario generation. When the NMEA message file reaches the end, you can choose to:

hold at the last location
or make an auto rewind to the beginning
or make a round trip back.

This setting is displayed and valid only when Scenario Type is Dynamic.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:TRAJectory:MODE REWind\| HOLD\|ROUNdtrip [SOURce]:RADio:GNSS:WAVeform:CCARrier:TRAJectory:MODE?
SCPI Example	RADio:GNSS:WAVeform:CCAR:TRAJ:MODE ROUN RADio:GNSS:WAVeform:CCAR:TRAJ:MODE?
Preset	REWind
State Saved	Yes
Range	REWind\| HOLD\|ROUNdtrip
Initial S/W Revision	A.16.00

Start Time (GPS Time)

Sets the start date and GPS time for the scenario simulation. Start GPS Time must be later than 1980-01-06 00:00:00. It is automatically updated by Time of Application (TOA) information in the selected almanac file.

For dynamic scenarios, the start time is automatically updated by the first GGA message in the selected NMEA file.

You can ignore the auto-updated date time and manually enter your own value, but it is recommended to use the same date as the almanac date and make the start time on a 6 second boundary.

Using the Start GPS Time dialog or SCPI commands, you can set the Start GPS Time in the following two ways.

Set Date and Time
Set Week and TOW. Here, Week is the week number from 1980-01-06 and TOW is the number of seconds from the start of the current week.

Whichever way you use, the specified set of values result in automatic calculation of the other set of values. For instance, if you set the Date and Time values, then the Week and TOW values are automatically calculated.

Start GPS Time (Date and Time)

The format of Start GPS Date and Time is 'YYYY-MM-DD hh:mm:ss'.

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:STARt:GPS:DTIMe <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:STARt:GPS:DTIMe?
SCPI Example	RADio:GNSS:WAVeform:CCAR:STAR:GPS:DTIM "2024-01-05 12:00:00" RADio:GNSS:WAVeform:CCAR:STAR:GPS:DTIM?
State Saved	Yes
Initial S/W Revision	A.16.00

Start GPS Time (Week)

Sets the week for Start GPS Time. This is the week number from 1980-01-06.

You can either set "Start GPS Time" or "Start GPS Time (Week)" and "Start GPS Time (TOW)".

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:STARt:GPS:WEEK [SOURce]:RADio:GNSS:WAVeform:CCARrier:STARt:GPS:WEEK?
SCPI Example	RADio:GNSS:WAVeform:CCAR:STAR:GPS:WEEK 2057 RADio:GNSS:WAVeform:CCAR:STAR:GPS:WEEK?
Preset	2347
Range	0 to 8192
State Saved	Yes
Initial S/W Revision	A.16.00

Start GPS Time (TOW)

Sets the Time of Week (TOW) for Start GPS Time. This is the number of seconds from the start of the current week.

You can either set "Start GPS Time" or "Start GPS Time (Week)" and "Start GPS Time (TOW)".

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:STARt:GPS:TOW [SOURce]:RADio:GNSS:WAVeform:CCARrier:STARt:GPS:TOW?
SCPI Example	RADio:GNSS:WAVeform:CCAR:STAR:GPS:TOW 0 RADio:GNSS:WAVeform:CCAR:STAR:GPS:TOW?
Preset	172800
Range	0 to 604800
State Saved	Yes
Initial S/W Revision	A.16.00

GPS Almanac File

Select the GPS almanac data file in YUMA format for scenario creation.

You can download the current GPS almanac file from the following URL.
https://www.navcen.uscg.gov/sites/default/files/gps/almanac/current_yuma.alm

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:GPS:ALManac <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:GPS:ALManac?
SCPI Example	RADio:GNSS:WAVeform:CCAR:GPS:ALM "c:\temp\test.alm" RADio:GNSS:WAVeform:CCAR:GPS:ALM?
Preset	System demo file
State Saved	Yes
Initial S/W Revision	A.16.00

Galileo Almanac File

Select Galileo almanac data file in XML format for scenario creation.

You can download the current Galileo almanac file from the following URL.
https://www.gsc-europa.eu/gsc-products/almanac

SCPI Command	[SOURce]:RADio:GNSS:WAVeform:CCARrier:GALileo:ALManac <value> [SOURce]:RADio:GNSS:WAVeform:CCARrier:GALileo: ALManac?
SCPI Example	RADio:GNSS:WAVeform:CCAR:GPS:GAL :ALM "c:\temp\test.xml" RADio:GNSS:WAVeform:CCAR:GPS:GAL:ALM?
Preset	System demo file
State Saved	Yes
Initial S/W Revision	A.16.00

Satellite Settings

The Satellite Settings tab displays the satellite information after playing, and is also used to enable/disable and set the power for each played satellite.

When State is set to On:

Settings listed in the table below are visible and their values are refreshed per second.
"Enabled", "Relative Power (dB)", and "Absolute Power (dBm)" settings are editable.

Setting	Name	Description
Ch	Channel	Physical Channel Number
SVID	Space Vehicle ID	Here, G means GPS. E means Galileo.
Enabled	Enabled
Freq	Frequency Band	It can be L1 and L5 for GPS and E1 and E5 for Galileo.
Relative Power (dB)	Relative Power in dB	These two settings are coupled. If one is changed, the other will change to the correct value.
Absolute Power(dBm)	Absolute Power in dBm
Elevation	Elevation	Displays the angle of elevation of the satellite, in degrees. Elevation is the angle of elevation from the horizontal line to the line from receiver to satellite.
Azimuth	Azimuth	Displays the azimuth of the satellite, in degrees. Azimuth is a horizontal angle that starts from the north and goes clockwise.
The following figure illustrates the azimuth and elevation. Elevation ranges from -90 to 90 degrees and the zenith is 90 degrees. Azimuth ranges from 0 to 360 degrees. 90 degrees is the east and 180 degrees is the south.
Pseudorange(m)	Pseudorange in meter	Displays the pseudorange of the satellite with respect to the receiver, in meters. This value is calculated based on GPS L1.
Doppler Shift (Hz)	Doppler Shift effect in Hz	Displays the instant Doppler shift of a satellite towards the receiver. The value, in Hz, is calculated based on GPS L1.

Querying or setting these settings using SCPI commands is not supported.

Sky View

Sky view is used to display the elevation and azimuth of the currently visible satellites, from a receiver’s point of view.

You can move mouse over a particular satellite to display a tooltip, showing detailed real-time information about the satellite, such as SV ID, Power, Pseudorange, and Doppler shift.

For L1+L5 satellite, only pseudorange and doppler shift of L1 are displayed in the tooltip.

For Galileo E1+E5 satellite, only pseudorange and doppler shift of E1 are displayed in the tooltip.

You can click the legend of each constellations to show/hide all satellites in this constellation. This is for Sky view display only and real-time signal is not affected.

The Sky view is empty or displays the previous status of satellites when State is set to Off.

Power View

Power view is used to display the absolute power of each satellite.

The Power view is empty or displays the previous status of satellites when State is set to Off.

Trajectory View

Real-time Trajectory view is used to display the trajectory of receiver.

For Static scenario type, it will be only one point.

You can set the Reference position (Latitude and Longitude) and Max Deviation in the Map View Configuration, and click “Apply”. Or, you can click “Auto” to set the central position and scaling automatically.

The Trajectory view is empty or displays the previous status of satellites when State is set to Off.

Antenna Pattern

Antenna Pattern is used to display the antenna pattern of receiver.

All settings and buttons are read-only when State is On.

Setting Name	Min Value	Max Value	Default Value	Step Size	Description
Enable	N/A	N/A	Off (On)	N/A	Antenna Pattern Enable/Disable
Elevation Resolution	1	90	10	0.01	Set the Elevation Resolution
Azimuth Resolution	1	90	30	0.01	Set the Azimuth Resolution
Azimuth Rotation	0	360	0	0.01	Set the Azimuth Rotation
Loss	0	-60	0	0.01	You can single/double-click or tap inside the big circle or double-click/tap outside the circle to select a "grey" region. Then click Apply to apply the Loss (negative dB value).

Save Pattern / Recall Pattern is used to save/recall the settings listed above (except Enable) and the file is csv format.

Antenna Pattern Enable

SCPI Command	RAD:GNSS:WAV:CCAR:APAT[:STATe] ON\|OFF\|1\|0 RAD:GNSS:WAV:CCAR:APAT?
SCPI Example	RAD:GNSS:WAV:CCAR:APAT 1
Preset	0
State Saved	Yes
Initial S/W Revision	A.17.00

Antenna Pattern String

Use semi-colons (;) to separate the rows in the Antenna Pattern string. Refer to the SCPI example below.

SCPI Command	RAD:GNSS:WAV:CCAR:APAT:APST <value> RAD:GNSS:WAV:CCAR:APAT:APST?
SCPI Example	RAD:GNSS:WAV:CCAR:APAT:APST "KEYSIGHT,REV1,FILENAME,20,50,10;Azi/Elv 0,20,40,60,80,100;50,0,0,0,0,0;100,0,0,0,0,0;150,0,0,0,0,0;200,0,0,0,0,0;250,0,0,0,0,0;300,0,0,0,0,0;350,0,0,0,0,0;400,0,0,0,0,0" RAD:GNSS:WAV:CCAR:APAT:APST "KEYSIGHT,REV1,FILENAME,10,30,0;Azi/Elv 0,10,20,30,40,50,60,70,80,90;30,0,-10,-20,-40,0,0,0,0,0;60,0,0,0,0,0,0,0,0,0;90,0,0,0,0,0,0,0,0,0;120,0,0,0,0,0,0,0,0,0;150,0,0,0,0,0,0,0,0,0;180,0,0,0,0,0,0,0,0,0;210,0,0,0,0,0,0,0,0,0;240,0,0,0,0,0,0,0,0,0;270,0,0,0,0,0,0,0,0,0;300,0,0,0,0,0,0,0,0,0;330,0,0,0,0,0,0,0,0,0;360,0,0,0,0,0,0,0,0,0"
Preset	KEYSIGHT,REV1,FILENAME,10,30,0 Azi/Elv 0,10,20,30,40,50,60,70,80,90 30,0,0,0,0,0,0,0,0,0 60,0,0,0,0,0,0,0,0,0 90,0,0,0,0,0,0,0,0,0 120,0,0,0,0,0,0,0,0,0 150,0,0,0,0,0,0,0,0,0 180,0,0,0,0,0,0,0,0,0 210,0,0,0,0,0,0,0,0,0 240,0,0,0,0,0,0,0,0,0 270,0,0,0,0,0,0,0,0,0 300,0,0,0,0,0,0,0,0,0 330,0,0,0,0,0,0,0,0,0 360,0,0,0,0,0,0,0,0,0
State Saved	Yes
Initial S/W Revision	A.17.00