Novatel OM-20000077 user manual Figures

Page 6

Figures
1	SUPERSTAR II Receiver	14
2	FlexPak-SSII Enclosure	15
3	Receiver Block Diagram	17
4	Typical System Configuration	19
5	Basic Setup	27
6	Typical Operational Configuration	28
7	The SBAS Concept	40
8	SUPERSTAR II Dimensions	46
9	FlexPak Power Cable	51
10	FlexPak 13-Pin Serial Cable	52
11	Differential GPS Setup	54
12	GPS Antenna 201-990146-716 (MCX, +12 dB)	59
13	GPS Antenna 201-990147-606 (+26 dB)	60
14	Coaxial Cable Assembly	60
15	GPS Antenna 201-990147-432 (1575 MHz) and 201-990144-807(Pre-Amplifier)	61
16	Update Registration Window in DOS	64
17	Paste the Registration Key into the DOS Window	65
18	Configuration Accepted	65
19	Update Utility Activation	65
20	End of Programming Session	66
21	NAVSTAR Satellite Orbit Arrangement	67
22	Illustration of Receiver Height Measurements	69
23	Accuracy versus Precision	70
24	Example of Differential Positioning	71
25	Illustration of GPS Signal Multipath	72
26	GPS Signal Multipath vs. Increased Antenna Height	74
27	Illustration of Quadrifilar vs. Microstrip Patch Antennas	75

6	SUPERSTAR II User Manual Rev 3

Image 6

Contents Superstar Proprietary Notice Table of Contents Appendices Tables Figures Software License Software License Firmware Updates Contact InformationElectrostatic Discharge CE Notice Warranty Policy Congratulations Scope Related PublicationsRelated Publications Introduction Superstar II GPS CardFlexPak-SSII Introduction ChapterChapter Introduction System Architecture Receiver SpecificationsPhysical Characteristics Radio Frequency RF SectionOptional LNA Power Supply Enclosure and Wiring HarnessPrincipal Power Supply GPS AntennaInstallation Typical System Configuration Reference DescriptionEquipment Interconnection Chapter InstallationElectrostatic Discharge Serial ConnectionInstallation Chapter Installation ConsiderationsPower Connection Antenna LocationData Link Connectors and Connector Pins Assignment1 J1 Interface and Power Connector Base Station and Rover Units SeparationRF Connector J2 Serial Data InterfaceMemory Back-Up Preamplifier Power Pass-Through Antenna SupplyProtocol Selection and Non Volatile Memory RF InputUse of Discretes Discretes IP2 and IP3 functionsDefault Configuration Non Volatile MemoryNon-Volatile Memory Data Installation Overview Description ReferenceTypical Operational Configuration Reference Description OperationGetting Started Serial Port Default SettingsCommunications with the Receiver Operation ChapterOperational Information Power-Up InformationBoot Information Chapter OperationConfigurable Parameters Data RequestsReceiver States Self-Test Mode Dead-Reckoning Mode Built-In Status TestsDatum Support Message Formats RTCM-Format MessagesRTCM1 Differential GPS Corrections Fixed RTCM2 Delta Differential GPS Corrections Fixed RTCM9 Partial Satellite Set Differential CorrectionsChapter Message Formats Nmea Format Data Messages Message Formats ChapterGPS System Errors Positioning Modes of OperationSingle-Point or Autonomous Satellite-Based Augmentation System Sbas Positioning Modes of Operation ChapterSbas Receiver Sbas MessagesChapter Positioning Modes of Operation Positioning Modes of Operation Chapter Troubleshooting Cable Lengths Vs. GainTroubleshooting Chapter Technical Specifications Appendix aSuperstar II Family Performance Technical Specifications Appendix a Output MessagesAppendix a Technical Specifications Mechanical DrawingConnector Pin Assignment J1 Interfaces and Power Connector Pin Assignment3 I/O Electrical Characteristics O Signals Voltage LimitsFlexPak-SSII Specifications Appendix BFlexPak Status Indicators Status IndicatorsAppendix B FlexPak-SSII Specifications Port Pin-OutsFlexPak-SSII Specifications Appendix B Automobile Power Adapter Cable NovAtel part numberCables 3.2 13-Pin Deutsch to DB9 Serial Cable NovAtel part number FlexPak 13-Pin Serial CableDevelopment Kit Setup and OperationNormal Setup DescriptionDgps Setup with the FlexPak-SSII Differential GPS SetupStarView Software Installation Appendix C Antenna SpecificationsCoaxial Cable Specifications Cable SelectionAntenna Gain Depending on Cable Length Required Antenna Specifications Appendix CGeodetic Active Antenna Typical Current Consumption Versus Antenna GainPassive Antenna Appendix C Antenna SpecificationsActive Antenna Recommended Geodetic Active AntennasPassive Antenna Specifications Patch Element GPS Antenna 201-990146-716 MCX, +12 dBGPS Antenna 201-990147-606 +26 dB Antenna Specifications Appendix C Appendix D Standards/ReferencesTime-To-First-Fix Ttff Appendix ETtff and Satellite Acquisition Re-AcquisitionUpdating Receiver Firmware Utility InstallationAppendix F System RequirementsStarting Software and Options Update Registration Key AcceptedUpdating Receiver Firmware Appendix F Programming Success Appendix F Updating Receiver FirmwareGPS System Design Appendix GGPS Overview Space SegmentUser Segment Height RelationshipsControl Segment Appendix G GPS OverviewGPS Positioning GPS Overview Appendix GSingle-Point vs. Relative Positioning Accuracy versus Precision1Multipath Static vs. Kinematic PositioningReal-time vs. Post-mission Data Processing Why Does Multipath Occur? Consequences of Multipath ReceptionHardware Solutions For Multipath Reduction Antenna Site SelectionGPS Signal Multipath vs. Increased Antenna Height Antenna DesignsGPS Overview Appendix G Appendix H Glossary of TermsGlossary of Terms Appendix H Appendix H Glossary of Terms Glossary of Terms Appendix H Appendix AcronymsAcronyms Appendix Appendix Acronyms Index GEO, Sbas IndexIndex Index OM-20000077 Rev 2004/03/11