Small Size High Precision Direction Finding Board.

Small Size High Precision Direction Finding Board

ER-GNSS-B06
1. Onboard IMU, provide tilt, roll and other attitude information;
2. Direction finding accuracy is better than 0.08°(@1.0m antenna distance);
3. Full support for BEidou-3 satellite signal reception, full-frequency point direction finding of the whole constellation.

Small Size High Precision Direction Finding Board

Small Size High Precision Direction Finding Board.

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    Introduction

    Small Size High Precision Direction Finding Board

    ER-GNSS-B06 Small Size High Precision Direction Finding Board is based on the second generation baseband chip of "Tianqin". It can receive GNSS signals from full-frequency points of the whole constellation and fully support the reception of BDS-3 satellite signals. The new swan anti-interference technology is adopted to improve the performance under complex environment. The board card adopts the small size design of 28pin and is compatible with the mainstream direction finding board and can be used in precision agriculture, mechanical control, navigation and other high-precision applications.

    Features

    Full support for Beidou-3 satellite signal reception, full-frequency point direction finding of the whole constellation;
    Support L-Band, can receive the "China precision" to realize single machine centimeter-level positioning;
    New “Swan” anti-interference technology, complex environment performance is better;
    Direction finding accuracy is better than 0.08°(@1.0m antenna distance);
    Onboard IMU, provide tilt, roll and other attitude information;
    28pin small size design, good compatibility.

    Specifications

    GNSS Performance Index
    Receiving satellite signals GPS:L1C/A,L1C,L1P,L2C,L2P,L5
    BDS:B1I,B2I,B3I,B1C,B2a,B2b,ACEBOC
    GLONASS:G1,G2,G3
    Galileo:E1,E5a,E5b,ALTBOC,E6
    QZSS:L1C/A,L1C,L2C,L5,LEX
    SBAS
    L-Band
    Pass Number 1100
    SBAS Tracking Three-channel parallel tracing
    Data updating rate 5Hz Standard, 10Hz / 20Hz /50Hz authorizable
    Positioning accuracy(RMS) / horizontal(RMS) elevation(RMS)
    RTK 8mm+1ppm 15mm+1ppm
    SBAS 0.3m 0.6m
    DGNSS 0.3m 0.6m
    single-point 1.2m 2.5m
    Atlas H10 0.04m /
    Atlas H30 0.15m /
    Atlas Basic 0.25m /
    Direction finding precision 0.16° (rms,@ 0.5 m The antenna spacing)
    0.08° (rms,@ 1.0 m The antenna spacing)
    0.04° (rms,@ 2.0 m The antenna spacing)
    0.02° (rms,@ 5.0 m The antenna spacing)
    Pitch accuracy 0.16° (rms,@ 1.0 m The antenna spacing)
    Roll accuracy 0.5°(rms)
    Heave accuracy 30cm(DGPS), 5cm(RTK)
    Timing accuracy(1PPS) 10ns
    Cold start <60s(typical value)
    Warm start <10s(typical value)
    Heading to lock <10s(typical value)
    Communication indicators
    Data interface Serial port 3pcs Full duplex serial port(3.3V CMOS)
    USB 1pc USB Host/Device
    CAN 2pcs
    internet access 1pc internet access(10/100Mbps)
    Baud rate 4800~460800 bps
    Difference scheme RTCM SC-104(SBAS/Beacon), Self difference scheme ROX, RTCM2.x, RTCM3.x, CMR, CMR+
    Data format NMEA0183,NMEA2000, Crescent binary system
    Timing output 1PPS, COMS, Active-high, Rising edge synchronization ,
    10kΩ, 10pF load
    Event ID input COMS, Active-low, Falling edge synchronization,
    10kΩ,10pF load
    Electrical Specifications
    Working voltage 3.3VDC ±5%
    Power consumption 2.2W
    Working current 670mA
    Antenna power supply 5VDC
    Environmental index
    Working Temperature -40°C~+85°C
    Storage Temperature -40°C~+85°C
    Mechanical indicators
    Size 71L x 45W x 10H (mm)
    Weight 24g
    Power/data connector 28pin double row male head, 2mm spacing
    Antenna connector MMCX, Female head, straight
    Accessory equipment
    Gyroscope It provides heading smoothing and fast directional recapture. When GNSS signals are lost, it provides an auxiliary heading of up to 3 minutes with an accuracy better than 1°/min
    Tilt angle sensor Provide tilt and roll data to assist fast directional recapture

    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

    6.What is GNSS


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