In this video, we will demonstrate how to use your Diamond Engineering tools to examine measured gain parameters and compare them to the total available gain parameters.

 

For more information on the additional module, Antenna & Network Simulator, please click below:

 

In this video, we’ll demonstrate the use of S1P files, including how to import and export them in DAMS Antenna Studio. We also discuss the formatting of and the difference between S1P and S2P files. Additionally, we explain utilization of the interpolation icon.

 

For more information on the additional module, Antenna & Network Simulator, please click below:

 

In this video, we’re going to demonstrate making measurements with imperfect cables. We’ll also examine how to make measurements with AUT’s that are not perfectly matched.

 

For more information on the additional module, Antenna & Network Simulator, please click below:

 

In this video we will explore using S2P to match an antenna.

 

For more information on the additional module, Antenna & Network Simulator, please click below:

 

In this video, we will examine the effective aperture calculation for the DE700_26 horn. We will also introduce a very simple relationship which will enable you to mentally calculate the gain at any frequency.

 

For more information on the additional module, Antenna & Network Simulator, please click below:

 

In this video, we will demonstrate the methodology of antenna measurement using a variation of the Purcell reflection method. To begin with, we’ll go over a little bit of the historical background for its application. Following, we examine the the mathematical formula and the actual data resulting from this method.

 

For more information on the additional module, Antenna & Network Simulator, please click below:

 

In this video, we will present a unique methodology for performing a single antenna measurement with a mirror image. This technique was originally developed in the 50’s by Purcell and relied upon perfect match as well as real-time match data. The method had limitations because the antenna under test required a good match. Later, this was modified and the method was extended. We used the Anritsu lightening with 1600 data points. The time domain gate was also set at one half meter with an 8 centimeter width.

 

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Here we demonstrate a very simple method for determining the power profile required for the DE700_26 reference horn to create an electric field with a strength of 2-volts per meter independent of frequency at a distance of 3 meters.

 

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In this video we will demonstrate processing measurements made in S11 mode for radar cross section profiling.

 

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In this video, we will demonstrate how to use inverse Fourier Transform represented with the time domain icon which can be used to convert frequency data to time data. In the case of the simulator, it will convert frequency data to distance data.

 

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