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1. 2015 GSG 6Series D Specifications subject to change or improvement without notice Spectracom is a business of the Orolia Group 2013 2015 Orolia USA Inc2. with instrument e User manual and GSG StudioView software one license per unit on CD RF cable 1 5 m SMA to Type N adapter USB cable Certificate of calibration 3 year warranty Optional Accessories Option 01 71 Passive GNSS Antenna Option 22 90 Rack mount kit Option 27H Heavy duty hard transport case OM 54 User Manual printed Additional StudioView licenses are available Optional Upgrades Option GLO GLONASS Constellation Option GAL Galileo Constellation Option BDS BeiDou Constellation OPT QZ QZSS Constellation OPT IRN IRNSS Constellation Option L2 Frequency Option L2 Option L2C Frequency Option L2C Option L5 Frequency Option L5 Option 48 3 48 channel three frequency up grade GSG 62 to GSG 63 Option 64 4 64 channel four frequency upgrade GSG 63 to GSG 64 OPT JAM Jamming OPT RIK RTK Virtual Base Station Option RSG Real time Scenario Generator requires 16 channel configuration Option HV High Velocity Upgrade requires 16 channel configuration Option RP Record and Playback requires 16 channel configuration Optional Services Calibration GSG GSG Calibration Service OPI TIM Timing Calibration Service Option 95 05 Extended warranty to 5 years GSG ASP GSG Annual Service Plan 6SG INST User Training and Installation The warranty period and available services may vary dependent on country 2Option may require the unit to be returned to factory for upgrade July 10
3. O spectracom GSG 6 Series Advanced MultiFrequency GNSS Simulator e Advanced multi frequency GNSS RF signal generator Supports all signals in the L1 band GPS GLONASS Galileo E1 BeiDou B1 QZSS e Supports testing dual frequency L1 L2 receivers and SAASM with pseudo P Y e Also supports new GPS signals L2C L5 GLONASS L2 Galileo E5 BeiDou B2 IRNSS L5 Pre configured or user edited or easily built test scenarios e Test the dynamic capability of a receiver through powerful trajectory capabilities Standalone operation with front panel controls or full remote control via various interfaces Compact and lightweight e Test virtually any impairment to GNSS signal acquisition multi path interference jamming atmospheric effects e Modular hardware and software design allows full upgradeability to accommodate new requirements The GSG 6 Series family offers multiple frequency band operation multiple GNSS constellation simulation and expansion to many more channels Incorporating all of the features of the popular 5 Series family the 6 Series line expands your capability to simulate all the new emerging GNSS signals With a base of 32 channels upgradable to 48 64 or more it provides navigational fix and position testing for engineering and development testing The Series 6 simulator protects your investment by being upgrade able in the future to more frequency bands and channels plug in hardware
4. in 1 pps output synchronized to the generated satel lite data allows comparison with the 1 pps signal from the timing receiver under test The Affordable Test Solution e The GSG 6 is a perfect fit for a wide variety of test cases including e Testing of military SAASM receivers and high end survey grade civillian receivers Test of simulated movements user trajectories e Test of receivers sensitivity to loss of satellites multi path leap seconds and atmospheric conditions e Fast production test of sensitivity and positioning receivers accuracy conducted or over the air e Test of timing receiver accuracy e Test of receivers dynamic range e Test of receivers susceptibility for noise SNR limit testing e Test of leap second transition Input and Output Specifications RF Signal GNSS Multi Frequency Connector Type N female Frequency L1 E1 B1 SAR 1539 1627 MHz L2 L2C 1167 1255 MHz L5 E5 B2 1146 1234 MHz E6 B3 1215 1303 MHz Number of output channels 32 48 or 64 Channel configuration Any channel can be configured to any constellation Any channel bank of 16 channels can be configured to any of the four frequency bands Constellations GPS GLONASS Galileo BeiDou QZSS IRNSS Modulations BPSK QPSK BOC all SBAS WAAS EGNOS GAGAN MSAS SAIF Spurious transmission lt 40 dBc Harmonics lt 40 dBc Output signal level 65 to 160 dBm 0 1 dB resolution d
5. ned scenarios Unlimited Trajectory data NMEA format GGA or RMC messages or both convert from other formats with GSG StudioView see separate datasheet General Specifications Certifications Safety Designed and tested for Measurement Category Pollution Degree 2 in accordance with EN IEC 61010 1 2001 and CAN CSA C22 2 No 61010 1 04 incl approval EMC EN 61326 1 2006 increased test levels per EN 61000463 2001 and EN 61000 6 2 2005 Dimensions WxHxD 210 x 90 x 395mm 8 25 x 3 6 x 15 6 Weight approx 2 7 kg approx 5 8 Ib Optional Antenna Frequency 1000 2600MHz Impedance 50 VSWR lt 2 1 typ Connector SMA male Dimensions 15 mm diameter x 36 mm length Environmental Class MIL PRF 28800F Class 3 Temperature 0 C to 50 C operating 40 C to 70 C non condensing lt 12 000 m storage Humidity 5 95 10 to 30 C 5 75 30 to 40 C 5 45 40 to 50 C Power Line Voltage 90 265 Vrms 45 440 Hz Power Consumption Model GSG 62 lt 25 W Model GSG 64 lt 40 W Ordering Information Models GSG 62 L1 Additonal Simultaneous Frequency Multi constellation 32 channel simulator with standard OCXO timebase GSG 63 L1 Two Additional Simultaneous Frequencies Multi constellation 48 channel simulator with standard OCXO timebase GSG 64 L1 Three Additional Simultaneous Frequencies Multi constellation 64 channel simulator with standard OCXO timebase Included
6. own to 150 dBm 0 3 dB down to 160 dBm Power accuracy 1 0 dB Pseudorange accuracy Within any one frequency band 1 mm Across different frequency bands 30cm Inter channel bias Zero Inter channel range gt 54 dB Limits Minulo en BASS Ta 60 000 feet 66 273 000 feet Fae ome Nom spectracom com Technical Specifications GSG 6 Series White noise signal level 50 to 160 dBm 0 1 dB resolution down to 150 dBm 0 3 dB down to 160 dBm 1 0 dB accuracy External Frequency Reference Input Connector BNC female Frequency 10 MHz nominal Input signal level 0 1 to 5Vrms Input impedance gt 1kQ Frequency Reference Output Connector BNC female Frequency 10 MHz sine Output signal level 1 Vrms in to 50 Q load External Trigger Input Connector BNC female Frequency TTL level 1 4V nominal 1PPS Output Connector BNC female Output signal level approx OV to 2 0V in 50 Q load Accuracy Calibrated to 10 nSec of RF timing mark output Built in Timebase Internal Timebase High Stability OCXO Ageing per 24 h lt 5x10 Ageing per year lt 5x10 Temp variation 0 50 C lt 5x10 Short term stability Adev 1s lt 5x10 Auxiliary Functions Interface GPIB IEEE 488 2 USB 1 X or 2 X USBTMC 488 Ethernet 100 10 Mbps Settings Predefined scenarios User can change date time position trajectory number of satellites satellite power level and atmospheric model User defi
7. rajectories static configurable circle and rectangular as defined in 3GPP TS 25 171 or the user can upload their own trajectories in NMEA standard format The user can upload their own ephemeris data in standard RINEX format or re use the default data for any time periods The GSG Series 6 can even automatically download historical RINEX WAAS and EGNOS data from official websites as needed Connectivity Extends Ease of Use and Flexibility The GSG 6 Series can be controlled via an Ethernet network con nection USB or GPIB A builtin web interface allows complete operation of the instrument through front panel controls With the optional GSG StudioView PC Software you can build edit and manage the most complex scenarios including building trajectories via Google Maps independent of the GSG unit for later upload RL FRANCE 3 Avenue du Canada 91974 Les Ulis Cedex 33 0 1 64 53 39 80 sales spectracom fr UK 6A Beechwood Chineham Park Basingstoke Hants RG24 8WA 44 0 1256 303630 info spectracom co uk 450 990 spectracom Suitable for Testing Timing Receivers Besides the variety of builtin navigation po sitioning tests the GSG 6 is also suited for accurate testing of timing GNSS receivers The GSG 6 is equipped with an ultra high stability OCXO timebase for precision timing of the satellite data or use external synchro nization from a 10 MHz reference from e g a Cesium or Rubidium clock A built
8. upgrade and more signal formats firmware upgrade Easy to Use The GSG 6 Series user can configure scenarios on the fly without the need for an external PC and pre compilation phase Via the front panel the user can swiftly modify parameters such as user position time and specify output powers in carrier to noise ratio instead of absolute output power Utilizing the white noise generation extends the us ability and flexibility And using the optional StudioView software facilitates easily created scenarios via a Google Maps interface Flexibility The GSG 6 Series multi channel simulator makes it possible to simulate all the visible satellites for the receiver under test With up to 64 channels available these channels can be assigned to USA 1565 Jefferson Road Suite 460 Rochester NY 14623 1 585 321 5800 sales spectracomcorp com FUTURE PROOF Oy AFFORD Upgradable to all constellations and signals any GNSS constellation any particular signal Or some of these channels can be used for SBAS simulation of EGNOS WAAS GAGAN or MSAS satellites or for simulating multipath or inter ference If more channels are required simply synchronize two or more units via an external sync signal to generate 128 256 or more channel simulation GSG 6 Series is shipped with several multipath scenarios where the receivers response to an increased multipath environment can be analyzed It also has a set of builtin t
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