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NeoScan

1,173 bytes added, 17:01, 3 December 2015
/* NeoScan vs. Conventional Near-Field Scanning Systems */
In short, with NeoScan, you get a compact portable self-contained system that characterizes your antenna system from the very near fields to the very far fields without requiring considerable real estate. NeoScan is particularly useful for phase characterization and calibration large antenna arrays.
[[Image:NEOWEB5.png|thumb|450px|Modulating the polarization state of an optical beam passing through an electro-optic crystal.]]
 
[[Image:NEOWEB6.png|thumb|450px|Modulating the polarization state of an optical beam passing through an electro-optic crystal.]]
 
[[Image:NEOWEB7.png|thumb|450px|Modulating the polarization state of an optical beam passing through an electro-optic crystal.]]
 
[[Image:NEOWEB8.png|thumb|450px|Modulating the polarization state of an optical beam passing through an electro-optic crystal.]]
 
[[Image:NEOWEB9.png|thumb|450px|Modulating the polarization state of an optical beam passing through an electro-optic crystal.]]
 
[[Image:NEOWEB10.png|thumb|450px|Modulating the polarization state of an optical beam passing through an electro-optic crystal.]]
 
[[Image:NEOWEB11.png|thumb|450px|Modulating the polarization state of an optical beam passing through an electro-optic crystal.]]
 
[[Image:NEOWEB12.png|thumb|450px|Modulating the polarization state of an optical beam passing through an electro-optic crystal.]]
 
[[Image:NEOWEB13.png|thumb|450px|Modulating the polarization state of an optical beam passing through an electro-optic crystal.]]
== NeoScan: The Perfect Non-Invasive Solution for Diagnostics of High-Power Antenna Systems ==
Kazem Sabet
28,333
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