Difference between revisions of "3DR Radio Telemetry"

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(Overview and Hardware Resources)
(Introduction)
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'''Features:'''
 
'''Features:'''
 +
 
1.Very small volume
 
1.Very small volume
 +
 
2.Selectable operating frequency: 915MHZ 433HZ
 
2.Selectable operating frequency: 915MHZ 433HZ
 +
 
3.Receiving sensitivity: -121 dBm
 
3.Receiving sensitivity: -121 dBm
 +
 
4.Transmission power :20 DBM (100 mw)
 
4.Transmission power :20 DBM (100 mw)
 +
 
5.Transparent serial links
 
5.Transparent serial links
 +
 
6.Air data transfer rate is as high as 250 KBPS
 
6.Air data transfer rate is as high as 250 KBPS
 +
 
7.MAVLink frame protocol and status report
 
7.MAVLink frame protocol and status report
 +
 
8.Frequency-hopping spread-spectrum (FHSS)
 
8.Frequency-hopping spread-spectrum (FHSS)
 +
 
9.Adaptive Time Division Multiplex (TDM)
 
9.Adaptive Time Division Multiplex (TDM)
 +
 
10.Support LBT and AFA
 
10.Support LBT and AFA
 +
 
11.Configurable duty ratio
 
11.Configurable duty ratio
 +
 
12.Built-in error correction code (can correct up to 25% of the data error)
 
12.Built-in error correction code (can correct up to 25% of the data error)
 +
 
13.Transmission range can reach miles with the small Omni-directional antenna
 
13.Transmission range can reach miles with the small Omni-directional antenna
 +
 
14.Use bilateral amplifier to gain greater scope
 
14.Use bilateral amplifier to gain greater scope
 +
 
15.AT command deploys data transmission
 
15.AT command deploys data transmission
 +
 
16.RT command remotely deploys data transmission   
 
16.RT command remotely deploys data transmission   
 +
 
17.self- adapt to the flow control when used with APM  
 
17.self- adapt to the flow control when used with APM  
 +
 
18.Based on HM - TRP wireless module, equipped with Si1000 8051 micro controller and the Si4432 radio module.
 
18.Based on HM - TRP wireless module, equipped with Si1000 8051 micro controller and the Si4432 radio module.
 +
 
19.The Master collocates with long antenna and the Slave collocates with a short antenna to reduce the load of the aircraft.
 
19.The Master collocates with long antenna and the Slave collocates with a short antenna to reduce the load of the aircraft.
 +
  
 
==Overview and Hardware Resources==
 
==Overview and Hardware Resources==
 +
 +
[[File:3DR Data transmission module-1.jpg|300px|]]  [[File:3DR.jpg|300PX|]]
 +
 
Size:18mmx51mm(Slave) 18mmx71mm(Master)
 
Size:18mmx51mm(Slave) 18mmx71mm(Master)
  
 
Weight:50g
 
Weight:50g

Revision as of 03:28, 25 September 2014

Introduction

The 3DR Radio Telemetry of 3D Robotics is an ideal module to set the remote sensing connection module between APM and ground station. It features small volume, cost effective, wider transmission range, and it allows us to do things that other data transmission modules can’t do.

Features:

1.Very small volume

2.Selectable operating frequency: 915MHZ 433HZ

3.Receiving sensitivity: -121 dBm

4.Transmission power :20 DBM (100 mw)

5.Transparent serial links

6.Air data transfer rate is as high as 250 KBPS

7.MAVLink frame protocol and status report

8.Frequency-hopping spread-spectrum (FHSS)

9.Adaptive Time Division Multiplex (TDM)

10.Support LBT and AFA

11.Configurable duty ratio

12.Built-in error correction code (can correct up to 25% of the data error)

13.Transmission range can reach miles with the small Omni-directional antenna

14.Use bilateral amplifier to gain greater scope

15.AT command deploys data transmission

16.RT command remotely deploys data transmission

17.self- adapt to the flow control when used with APM

18.Based on HM - TRP wireless module, equipped with Si1000 8051 micro controller and the Si4432 radio module.

19.The Master collocates with long antenna and the Slave collocates with a short antenna to reduce the load of the aircraft.


Overview and Hardware Resources

3DR Data transmission module-1.jpg 3DR.jpg

Size:18mmx51mm(Slave) 18mmx71mm(Master)

Weight:50g