Difference between revisions of "Getting started with IGEP RADAR SENSOR ORION"

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= Getting started =
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|ISEE_MainPage={{#lst:Template:Links|IGEP_RADAR_SENSOR_ORION_ISEE_MainPage}}
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|ISEE_Hardware={{#lst:Template:Links|IGEP_RADAR_SENSOR_ORION_ISEE_Hardware}}
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=Getting started=
 
<div style="text-align: center;">
 
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IGEP RADAR SENSOR ORION is a [http://en.wikipedia.org/wiki/K_band K-Band] Radar Sensor Technology Demonstrators. It is designed for using World-Wide [http://en.wikipedia.org/wiki/ISM_band 24GHz ISM Band].  
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IGEP RADAR SENSOR ORION is a [http://en.wikipedia.org/wiki/K_band K-Band] Radar Sensor Technology Demonstrators. It is designed for using World-Wide [http://en.wikipedia.org/wiki/ISM_band 24GHz ISM Band].
  
This boards '''is compatible with many Processor Boards''' to Control and Signal Processing.<br> Complete Option is compatible with IGEPv2, IGEP COM MODULE, BEAGLEBOARD and GUMSTIX OVERO.<br>
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This boards '''is compatible with many Processor Boards''' to Control and Signal Processing.<br /> Complete Option is compatible with IGEPv2, IGEP COM MODULE, BEAGLEBOARD and GUMSTIX OVERO.
  
 
The processor boards can '''carry the digital processing''' and implement the '''communication with the user system'''.
 
The processor boards can '''carry the digital processing''' and implement the '''communication with the user system'''.
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== Identify the different parts of the radar sensor ORION  ==
 
  
It is very important you are able to identify the basic parts of the radar in order to avoid wrong set ups of measurement.  
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==Identify the different parts of the radar sensor ORION==
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It is very important you are able to identify the basic parts of the radar in order to avoid wrong set ups of measurement.
  
The next picture show which is the 24GHz transmitting antenna, the receiving antenna, the transmitter (TX) and the receiver (RX):  
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The next picture show which is the 24GHz transmitting antenna, the receiving antenna, the transmitter (TX) and the receiver (RX):
  
[[Image:ORION DETAILS TOPs.jpg]]<br>
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[[Image:ORION DETAILS TOPs.jpg]]
  
You can also take a look at the bottom face:<br>
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You can also take a look at the bottom face:
  
<br>
 
  
[[Image:ORION BOTTOM.png]]  
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[[Image:ORION BOTTOM.png]]
  
JL1 gives you access to the VCO signal  
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JL1 gives you access to the VCO signal
  
JD1 is the modulation signal  
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JD1 is the modulation signal
  
JD2 is the synchronism (you can use this signal to visualise the others on an oscilloscope)  
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JD2 is the synchronism (you can use this signal to visualise the others on an oscilloscope)
  
JF1 is the IF signal  
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JF1 is the IF signal
  
JC2 is the expansion connector for IGEPv2  
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JC2 is the expansion connector for IGEPv2
  
JC4 and JC3 are the expansion connectors for IGEP&nbsp;COM MODULE  
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JC4 and JC3 are the expansion connectors for IGEP&nbsp;COM MODULE
  
JP1 is the power connector  
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JP1 is the power connector
  
<br>
 
  
 
{{Navigation/IGEP Technology Guides/Getting Started/Ending
 
{{Navigation/IGEP Technology Guides/Getting Started/Ending

Revision as of 09:51, 9 April 2018

Template:IGEP RADAR SENSOR ORION Tutorial Guides
link=Getting Started with Template:IGEP RADAR SENSOR ORION [[Getting started with Template:IGEP RADAR SENSOR ORION|1/3 - Getting started with Template:IGEP RADAR SENSOR ORION]] IGEP RADAR SENSOR ORION.png
[[What can I do with Template:IGEP RADAR SENSOR ORION|2/3 - What can I do with Template:IGEP RADAR SENSOR ORION]]
[[Start developing under IGEP Technology|3/3 - Start developing with Template:IGEP RADAR SENSOR ORION]]
Isee logo.png Template:IGEP RADAR SENSOR ORION Product Page
Hw manual.png Template:IGEP RADAR SENSOR ORION Hardware manual



Getting started


IGEP RADAR SENSOR ORION is a K-Band Radar Sensor Technology Demonstrators. It is designed for using World-Wide 24GHz ISM Band.

This boards is compatible with many Processor Boards to Control and Signal Processing.
Complete Option is compatible with IGEPv2, IGEP COM MODULE, BEAGLEBOARD and GUMSTIX OVERO.

The processor boards can carry the digital processing and implement the communication with the user system.

There is an included demo software with open source basic functions in order that users can easily build their own specific application. It is also included an easy way to configure and collect data from the radar.


Identify the different parts of the radar sensor ORION

It is very important you are able to identify the basic parts of the radar in order to avoid wrong set ups of measurement.

The next picture show which is the 24GHz transmitting antenna, the receiving antenna, the transmitter (TX) and the receiver (RX):

ORION DETAILS TOPs.jpg

You can also take a look at the bottom face:


ORION BOTTOM.png

JL1 gives you access to the VCO signal

JD1 is the modulation signal

JD2 is the synchronism (you can use this signal to visualise the others on an oscilloscope)

JF1 is the IF signal

JC2 is the expansion connector for IGEPv2

JC4 and JC3 are the expansion connectors for IGEP COM MODULE

JP1 is the power connector




You have successfully completed this chapter of the guide.


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