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D-RTK is a high-precision positioning and navigation system specially designed for the DJI A3 series of flight controllers. Using dynamic differential technology, it offers maximum precision 3D positioning, down to the centimeter level. This improved accuracy over typical barometers, compasses and GPS systems makes the D-RTK an essential system for a variety of commercial, industrial and scientific applications where accuracy is a must.
DJI RTK-G PACK
- Código: 222440
- Marca: DJI INOVATIONS
- Estoque: Disponível
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$2.999,99
Não fazemos entregas fora do paraguai
Preços informados são em Dólares americanos, não incluem IVA e podem variar sem prévio aviso.
General
| Positioning accuracy | Horizontal: 1 cm + 1 ppm Vertical: 2 cm + 1 ppm |
|---|---|
| Orientation accuracy | (0.2/R)° R is the baseline distance (distance between both aerial system antennas) in meters. |
| Root Mean Square (RMS) | 0.03 m/s |
| Frequency used | global version: GPS L1&L2, GLONASS F1&F2 Asia-Pacific version: GPS L1&L2, BEIDOU B1&B2 |
| interface type | CAN, UART, USB |
| Input voltage | 3S a 12S (12 a 52 V) |
| Consumed potence | 5.2 W |
| current | 0.45 A (@ 12 V) |
| D-RTK Processor Dimensions | 112.3 mm × 63 mm × 18.6 mm |
| D-RTK Processor Weight | 139.5 g |
| Operating temperature | 32°C to 45°C (0°F to 113°F) |
| Storage temperature | -40°C to 85°C (-40°F to 185°F) |
Efficiency:
Potency of transmission
DATALINK PRO 400:
- China: 10 dBm
- Taiwan: 10 dBm
- South Korea: 10 dBm
DATALINK PRO 900:
- CE: 13 dBm
- FCC: 27 dBm
- Canadá: 27 dBm
- Australia: 27 dBm
- Japan: 10 dBm
Transmission Range
DATALINK PRO 400:
- Taiwan: 1000 m
- Corea del Sur: 1000 m
- China: 600 m
DATALINK PRO 900:
- Japan: 1200 m
- Australia: 2000 m
- FCC: 2000 m
- CE: 300 m
Consumed potence
DATALINK PRO 400:
- Base station: 2.1 W
- mobile station: 0.65 W
DATALINK PRO 900:
- Base station: 1.2 W
- mobile station: 0.65 W
Power supply
Voltage
- Base station: DC 9 V
- mobile station: DC 9 V
current max. (Transmission signal)
DATALINK PRO 400: 230 mA
DATALINK PRO 900: 130 mA
current max. (receive signal)
70 mA
