Orolia GSG-5 Series Manuals

Manuals and User Guides for Orolia GSG-5 Series. We have 1 Orolia GSG-5 Series manual available for free PDF download: User Manual With Scpi Manual

Orolia GSG-5 Series User Manual With Scpi Manual

Orolia GSG-5 Series User Manual With Scpi Manual (392 pages)

GNSS Simulator

Brand: Orolia | Category: Test Equipment | Size: 5.68 MB

Table of Contents

Table of Contents
5
Quick Start

18
Welcome

19
Typical GSG Applications

20
Intended Use and Operating Principle

21
- Compliance & Legal Notices
  22
Technical Specifications

23
- Rear Panel Outputs and Inputs
  24
CHAPTER 1 Time Base

25
CHAPTER 2 Setup

27
About Your Safety

28
- Basic User Responsibilities
  
  29
Unpacking and Inventory

30
Mechanical Installation

31
Electrical Installation

38
- Transmit Power Level
  40
Signal Power Level Considerations

40
CHAPTER 3 Features & Functions

43
- Front Panel
  
  44
  - Description of Keys
    44
    
    Power
    44
    
    Start
    44
    
    Exit
    45
    
    Cancel
    45
    
    Menu
    45
    
    View
    45
    
    Enter
    45
    
    Arrows
    46
    
    N/S
    46
    
    E/W
    46
    
    Numeric Keys
    46
    
    (Format)
    46
    
    (Hold)
    46
- Rear Panel
  
  47
- The GSG Main Menu
  
  48
- Start" Menu
  
  49
  - Scenario Start Variations
    49
  - Scenario Execution Views
    50
    
    View 1/X
    51
    
    Last View
    54
- Select" Menu
  
  54
  - Start Time
    56
  - Revision
    57
  - Duration
    58
  - Latitude, Longitude, Altitude
    58
  - Trajectories
    59
    
    Predefined Trajectories
    59
    
    User-Created Trajectories
    60
  - Ephemeris
    63
    
    Default Ephemeris
    64
    
    Download Ephemeris
    64
  - User-Uploaded Ephemeris
    65
- Leap Second
  
  69
- Event Data
  
  70
- Antenna Settings
  
  75
  - Antenna Model
    76
  - Lever Arm
    76
  - Elevation Mask
    77
- Advanced Configuration Options
  
  77
  - Multipath Signals
    77
  - Interference Signals
    80
  - Base Station
    83
  - Environment Models
    84
  - Atmospheric Model
    88
- Satellite Configuration
  
  90
  - Satellite Systems
    91
  - Number of Satellites
    92
  - Frequency Bands and Signal De-/Activation
    92
  - Satellite Constellations
    95
  - Encryption
    97
  - SBAS Satellites
    98
Options" Menu

102
- Transmit Power
  
  102
  - Adjusting Transmit Power
    104
  - Adjusting External Attenuation
    106
  - Adjusting Noise Generation
    107
- Signal Generator
  
  110
  - Signal Type
    110
  - Satellite ID
    112
  - Transmit Power
    112
  - Frequency Offset
    113
  - Start Time
    113
  - Ephemeris
    113
  - Autostart
    113
- Interface and Reference
  
  114
  - Network Configuration
    115
  - Proxy Configuration
    116
- Manage Files
  
  117
- Show System Information
  
  119
  - Restore Factory Defaults
    119
  - Calibration
    120
CHAPTER 4 Frequent Tasks

123
- Working with Scenarios
  
  124
  - Scenario Start/Stop/Hold/Arm
    124
  - Running a Scenario
    124
  - Holding a Scenario
    125
  - Configuring a Scenario
    125
- Locking/Unlocking the Keyboard
  
  128
- Setting Transmit Power
  
  129
- Accessing the GSG Web Interface
  
  131
- Using the CLI
  
  132
- Performing a Receiver Cold Start
  
  133
- Creating a One-Line Trajectory
  
  134
- Leap Second Configuration
  
  134
- Studioview Tasks
  
  136
  - What Is Studioview
    136
    
    Studioview Functionality Overview
    137
  - Installing Studioview
    138
  - Connecting Studioview to GSG
    138
  - Updating the GSG Firmware Via Studioview
    140
  - Uploading Studioview Files
    141
    
    Using the Studioview Uploader for the First Time
    141
  - Transferring Files with Studioview
    143
  - Accessing GSG Remotely Via Studioview
    144
  - Creating a Trajectory in Studioview
    146
  - Converting a Trajectory in Studioview
    152
  - Improving a Trajectory
    154
  - Creating an RSG Trajectory with Studioview
    156
    
    Using the RSG Trajectory Editor for the First Time
    157
    
    RSG Example: Racetrack Pattern
    159
    
    Kepler Orbit
    161
  - Playing RSG Scenarios in Studioview
    164
  - Configuring a Scenario
    164
    
    Defining Events in Studioview
    171
    
    Adding a Jammer Signal in Studioview
    173
    
    Spoofing a Signal in Studioview
    174
    
    Using SBAS in a Simulation
    177
  - Record and Playback
    179
    
    Standard Workflow
    179
    
    Installation of the OPT-RP Software
    180
    
    Usage Notes
    180
    
    Recording Data with Studioview
    181
    
    Processing Recorded Data for Playback
    184
  - Editing RINEX Files in Studioview
    186
  - Transmitting RTCM Messages with Studioview
    190
CHAPTER 5 Reference

191
- The GSG Web UI
  
  192
- Messages
  
  192
- Timing Calibration
  
  198
- NMEA Logging
  
  199
- Execution Log
  
  199
- Saving RINEX Data
  
  200
- YUMA Almanac File
  
  201
- RLS (Return Link Service)
  
  202
  - SAR Data
    202
  - Requirements
    203
  - Simulating Rlms
    203
- Galileo E6-B/C Signal
  
  204
- Default Settings
  
  204
- Pre-Installed Scenarios
  
  204
- Default Scenario Satellites
  
  206
  - GLONASS Default Satellite Types
    206
- Scenario File Format
  
  207
- GSG Series Model Variants and Options
  
  219
  - Which GSG Model & Options Do I Have
    219
  - GSG Models & Variants
    220
  - List of Available Options
    221
- Problems
  
  223
  - Technical Support
    223
    
    Regional Contact
    223
- License Notices
  
  223
CHAPTER 6 SCPI Guide

239
- SCPI Guide: Introduction
  
  240
- Protocol
  
  240
  - General Format of Commands
    240
  - Protocol Errors
    241
- Command Reference
  
  243
  - Common Commands
    243
    
    Cls
    243
    
    Ese
    243
    
    Esr
    244
    
    Idn
    244
    
    Opc
    246
    
    Opc
    247
    
    Rst
    247
    
    Sre
    248
    
    Sre
    249
    
    Stb
    249
    
    Tst
    249
    
    Self Test
    249
    
    Wai
    250
  - System: Subsystem Commands
    250
    
    System:error
    251
    
    System:reset:factory
    252
  - Source: Subsystem Commands
    252
    
    Source:power
    252
Source:power

253
Source:refpower

254
Source:abspower

255
Source:abspower

256
Source:relpower

256
Source:relpower

257
Source:extref

257
Source:extref

258
Source:ppsoutput

258
Source:ppsoutput

259
Source:extatt

259
Source:extatt

260
Source:noise:control

260
Source:noise:control

261
Source:noise:cno

261
Source:noise:cno

262
Source:noise:bw

262
Source:noise:bw

263
Source:noise:offset

264
Source:onechn:control

265
Source:onechn:satid

266
Source:onechn:satid

268
Source:onechn:starttime

270
Source:onechn:ephemeris

271
Source:onechn:frequency

272
Source:onechn:signaltype

273
Source:onechn:signaltype

274
Source:onechn:losdynamics:settings

274
Source:onechn:losdynamics:settings

276
Source:onechn:losdynamics:control

277
Source:onechn:losdynamics:control

278
Source:scenario:load

278
Source:scenario:load

279
Source:scenario:control

279
Source:scenario:control

280
Source:scenario:propenv

281
Source:scenario:log

282
Source:scenario:advlog

283
Source:scenario:advlog:header

285
Source:scenario:observation

290
Source:scenario:nav

291
Source:scenario:satid[N]

292
Source:scenario:signaltype[N]

293
Source:scenario:signaltype

294
Source:scenario:navbits

294
Source:scenario:frequency[N]

297
Source:scenario:frequency

297
Source:scenario:power[N]

298
Source:scenario:power[N]

299
Source:scenario:power

300
Source:scenario:power

302
Source:scenario:freqband:power

303
Source:scenario:svmodel

303
Source:scenario:svmodel[N]

304
Source:scenario:list

305
Source:scenario:antennamodel

305
Source:scenario:tropomodel

306
Source:scenario:ionomodel

307
Source:scenario:position

308
Source:scenario:position

309
Source:scenario:ecefposition

309
Source:scenario:ecefposition

310
Source:scenario:datetime

311
Source:scenario:datetime

312
Source:scenario:runtime

313
Source:scenario:elapsedtime

314
Source:scenario:rtcm

314
Source:scenario:rtcmcfg

315
- Source:scenario:rlm
  
  316
- Source:scenario:duplicate
  
  318
- Source:scenario:duplicate[N]
  
  319
- Source:scenario:duplicate
  
  321
- Source:scenario:duration
  
  321
- Source:scenario:duration
  
  322
- Source:scenario:multipath[N]
  
  323
- Source:scenario:multipath[N]
  
  324
- Source:scenario:delete[N] <TIME
  
  325
- Source:scenario:delete <Time>,<Satid>[,<Satid>]
  
  326
- Source:scenario:delete[N] <Time>,<Satid
  
  326
- Source:scenario:clkmdl
  
  327
- Source:scenario:clkmdl
  
  328
- Source:file:type
  
  329
- Source:file:name
  
  330
- Source:file:length
  
  330
- Source:file:checksum
  
  330
- Source:file:data
  
  331
- Source:keylock:password
  
  332
- Source:keylock:password
  
  333
- Source:keylock:status
  
  333
- Source:keylock:status
  
  334
Mass Memory Subsystem Commands

334
- Mmemory:catalog
  
  334
- Mmemory:cdirectory
  
  335
- Mmemory:data
  
  336
- Mmemory:delete
  
  337
- Mmemory:copy
  
  337
- Mmemory:move
  
  338
Network Subsystem Commands

338
- Network:macaddress
  
  338
Status: Subsystem Commands

339
- Status:operation:condition
  
  339
- Status:operation:enable
  
  339
- Status:operation[:Event]
  
  340
- Status:questionable:condition
  
  340
- Status:questionable:enable
  
  341
  - Status:questionable[:Event]
    341
  - Status:preset
    342
Sensors Command Reference

343
- Supported Sensor Types
  
  343
  - Accelerometer
    344
  - Linear Accelerometer
    344
  - Gravimeter
    344
  - Gyroscope
    344
  - Odometer
    345
  - Odometer 3D
    345
- Sensor Commands
  
  345
RSG Command Reference

348
- Data Types
  
  348
- TIME Parameter
  
  349
- RSG Commands
  
  349
  - Source:scenario:position
    349
  - Source:scenario:position
    350
  - Source:scenario:ecefposition TIME
    351
  - Source:scenario:ecefposition
    351
  - Source:scenario:speed TIME
    352
  - Source:scenario:speed
    352
  - Source:scenario:heading TIME
    353
  - Source:scenario:heading
    353
  - Source:scenario:rateheading TIME
    354
  - Source:scenario:rateheading
    354
  - Source:scenario:turnrate TIME
    355
  - Source:scenario:turnrate
    355
  - Source:scenario:turnradius TIME
    356
  - Source:scenario:turnradius
    356
  - Source:scenario:velocity TIME
    357
  - Source:scenario:velocity
    357
  - Source:scenario:vspeed TIME
    358
  - Source:scenario:vspeed
    358
  - Source:scenario:enuvelocity TIME
    359
  - Source:scenario:enuvelocity
    359
  - Source:scenario:ecefvelocity
    360
  - Source:scenario:acceleration TIME
    361
  - Source:scenario:acceleration
    361
  - Source:scenario:vaccel TIME
    362
  - Source:scenario:vaccel
    362
  - Source:scenario:enuaccel TIME
    363
  - Source:scenario:enuaccel
    363
  - Source:scenario:ecefaccel TIME
    364
  - Source:scenario:ecefaccel
    365
  - Source:scenario:pryattitude TIME
    365
  - Source:scenario:pryattitude
    366
  - Source:scenario:dpryattitude TIME
    366
  - Source:scenario:dpryattitude
    367
  - Source:scenario:pryrate TIME
    367
  - Source:scenario:pryrate
    368
  - Source:scenario:dpryrate TIME
    368
  - Source:scenario:dpryrate
    369
  - Source:scenario:kepler TIME
    369
  - Source:scenario:kepler
    370
  - Source:scenario:rsgunderflow
    370
  - Source:scenario:rsgunderflow
    371
  - Source:scenario:doppler
    371
  - Source:scenario:prange
    372
  - Source:scenario:chinview
    374
  - Source:scenario:svinview
    374
  - Source:scenario:svpos[N]
    375
  - Source:scenario:svpos[N]
    376
Programming

376
- Usage Recommendations
  
  377
  - Communication Interface
    377
  - Synchronization
    377
  - Underflow and Overflow
    378
  - Best Practices
    378
  - Limitations
    378
- Trajectory FILE Format (.Traj)
  
  379
- Trajectory Two-Line Element Format (TLE)
  
  379
Revision History (SCPI Guide)

380
Appendix

383
Lists of Tables and Images

384
GSG User Manual Revision History

386

Advertisement

Advertisement

Related Products

Orolia Categories

GPS

GPS Network Hardware Server Recording Equipment Power Tool

More Orolia Manuals