NSI-MI offers extended capabilities for control of customer AUT’s during the acquisition process. Our position controllers allow for multi-frequency, multi-port acquisition capability. Our advanced controllers enhance these systems to add multi-beam control of AUT’s during the real-time data acquisition process. These controllers also offer digital data interfaces for DBF antennas.
Join us to find out what is changing in the IEEE Standards during “Changes and Additions to IEEE Std. 1720-2012 – Recommended Practice for Near-Field Antenna Measurements”.
Listen to “Practical Considerations in Compressed Spherical Near-Field Measurements”, where we will show you how compressed sensing can significantly reduce your measurement time.
How do you acquire data on an irregular measurement surface? With a Robot and FlexForm™ of course! Learn more as we discuss “A Robotic Near-Field Antenna Test System relying on Non-Canonical Transformation Techniques”.
There is increasing interest in estimating phase errors for pattern measurements. In "A Straightforward Dynamic Range Error Analysis," Marion will be discussing a new methodology that includes phase error analysis for all factors.