GNSS Smart Antenna | HY-SA100-9R
    
            
    
                                
    Features
    
                                
    Specifications
    
                                
    Applications
    
                                
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            GNSS Smart Antenna | HY-SA100-9R        
    
        
    
            
        
    
    
    

    

    
    
    Features
    A full-frequency GNSS antenna with a highly stable phase center
    It integrates a high-performance full-frequency GNSS chip and has narrowband anti-interference capability
    Integrated LoRa chip, supporting custom protocol data transmission
    Support the collaborative function of multiple base stations and multiple mobile stations

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    Specification parameters
    Technical specifications
    Accessory list
    Structural dimensions

    Physical parameters
    Size
    Weight
    Color
    Power supply
    LED indicator light
    ≤Φ 120 mm * 35 mm or less
    < 130g
    blue
    5V±5%
    The working indicator light is green
    Power consumption parameter
    Working average current

    Peak working current

    VBAT       
    ＜210mA@ (5V & LoRa RX)
    ＜350 mA@ (5V & LoRa TX)
    ＜500mA@ (5V & LoRa RX)
    ＜800mA@ (5V & LoRa TX)
    ＜2mA/5V
    Antenna parametersGNSS


    LoRa
    Phase center: ±2mm
    Maximum gain: 3dBi
    Maximum gain: 0dBi
    Satellite reception performance parametersGNSS satellite reception frequency points
    B1I/B1C/L1CA/E1/G1/QZL1 
    B2a/L5/E5a/NavIC/QZL5 
    B2I/B2b/E5b/L2/QZL2 
    G2/B3I 
    E6 HAS/QZL6 
    PPP-B2b 
    SBAS L1CA
    Positioning performance parametersGNSS positioning
    Horizontal accuracy (1σ) :
    PVT single point: 1.5m
    DGPS differential: 0.4m
    RTK differential: 1cm+1ppm
    Vertical accuracy (1σ) :
    PVT single point: 2.5m
    DGPS differential: 0.8m
    RTK differential: 1.5cm+1ppm
    LoRa performance parameters
    Transmission power
    Frequency
    22dBm(Maximum, adjustable）
    863-870MHz，902-928MHz
    Reliability
     
    Fall
    Vibration
    Working temperature
    Storage temperature
    Working humidity
    Anti-static grade

     1.0m
    GJB150.16A
    -20℃ ~+60℃    
     -40℃ ~+85℃       
    95%(Non-coagulation）
    IEC61000-4-2 Standard Level 4
    

    
    
    Application scenarios
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    When applied to lawn mowing robots, lawn mowers can achieve stable and continuous lawn mowing work, improving efficiency.
    Learn more
    無(wú)人駕駛農(nóng)機(jī)1-1.png
    It is installed on agricultural machinery such as tractors and harvesters to achieve "autonomous driving".
    Learn more
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    Robots that provide automatic delivery services in semi-closed environments such as parks and campuses.
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    無(wú)人機(jī)人1-1.png
    Other scenarios remain to be developed。
    Learn more
    Lawn mowing robot
    Unmanned agricultural machinery
    Delivery robot
    Other scenarios
    

    
    
    
        
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