Full System Satellite – Based Enhanced Positioning Board
ER-GNSS-B05 Full System Satellite–based Enhanced Positioning Board, It is a high performance positioning receiver with China precision satellite-based enhancement, which can achieve centimeter-level positioning accuracy accuracy on its own. The product integrates positioning functions such as L-Band satellite-based enhancement, RTK, SBAS, etc., has the characteristics of small size and easy integration, and is widely used in the fields of unmanned aerial vehicles, surveying and mapping, mechanical control, and marine engineering.
Features
Adopted new CPU platform
Support L-band, can receive Chinese precision star based enhancement service, single machine can achieve centimeter level positioning accuracy
Use Athena RTK engine, support aRTK star chain range
Support star base differential rapid recapture
Support single Beidou, single GPS and multi-star combined RTK
Support ultra-long distance RTK and fast initialization
Small size, low power consumption design, very easy to integrate
Specifications
| GNSSPerformance Index | ||
| Receiving satellitesignals | BDS B1/B2/B3
GPS L1CA/L1P/L2P/L2C(L5,Support withoutB3) GLONASS G1/G2 QZSS L1CA/L2C Galileo E1BC E5B |
|
| PassNumber | 499(b3 version),572(L5 version) | |
| SBAS Tracking | Three-channel parallel tracing | |
| Data updating rate | ≤50Hz | |
| Horizontal positioning accuracy | Stand-alone | 1.2Meter(RMS) |
| DGPS | 0.3Meter(RMS) | |
| SBAS | 0.3Meter(RMS) | |
| RTK | 8mm+1ppm | |
| China precision | ||
| 4cm(RMS) | Use H10service | |
| 15cm(RMS) | Use H30service | |
| 25cm(RMS) | Use AtlasBasic service | |
| Timing accuracy(1PPS) | 20ns | |
| Cold start | 60s | |
| Warm start | 20s | |
| Recapture time | <1s | |
| L-band performance | ||
| Pass Number | unipath | |
| Frequency range | 1525to1560MHz | |
| Communication indicators | ||
| Data interface | serial port: 3pcs Full duplex serial port (3.3V CMOS) 1PC external DGPS differential dedicated port, USB:1pc USB Device 1pc USB Host (only P326) |
|
| Baud rate | 4800~460800bps | |
| Difference scheme | RTCMSC-104(SBAS/Beacon), Self difference scheme ROXRTCM2 RTCM3.,RTCM3.2CMRCMR+ | |
| Data format | NMEA 0183, self binary | |
| Timing output | 1PPS(CMOS, Active-high, Rising edge synchronization 10kΩ,10pF load) | |
| Event ID input | CMOS. Active-low, Falling edge synchronization, 10kΩ10pF load | |
| Humidity | Relative humidity: 95% | |
| Electrical Specifications | ||
| Working voltage | 3.3VDC±5% | |
| Power consumption | 1.9 W (Dual system dual frequency),2.9 W(Full frequency+L-Band) | |
| Working current | 770 mA | |
| Antenna power supply | <15VDC | |
| Environmental index | ||
| Working Temperature | -40℃~+85℃ | |
| Storage Temperature | -40℃~+85℃ | |
| Mechanical indicators | ||
| Size | 71.1Lx40.6Wx10.1Hmm/ER-PB-06B:72.4Lx40.6Wx10.1Hmm | |
| Weight | <22g | |
| Power/data cornector | 34pin/20pin | |
| Antenna connector | MCX female head | |
Application Techniques
1.Some Questions about GNSS Antenna
2.The Difference and Connection between GPS and GNSS
3.High-precision GNSS receiver design
4.Scientific Farming, With The Help of GNSS
5.The Working Principle of GNSS
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