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Displays the converted Inductance data as a graph.

Create a frequency-inductance graph of coil using EXCEL.

Import Inductor's VNWA S11data into EXCEL.
 Convert Inductor's VNWA-s1p data to inductance.
  Select the Scatter with Smooth Lines for the graph.
This image explains how to create an inductance vs. frequency graph from the data obtained by measuring the S11 of a 1 μH coil using a vector network analyzer (VNWA3E) DG8SAQ. This image shows the graph type being selected.
Right-click the chart area and click Select Data.
This image explains how to create an inductance vs. frequency graph from the data obtained by measuring the S11 of a 1 μH coil using a vector network analyzer (VNWA3E) DG8SAQ. This image shows the procedure for adding graph data.
This image explains how to create an inductance vs. frequency graph from the data obtained by measuring the S11 of a 1 μH coil using a vector network analyzer (VNWA3E) DG8SAQ. This image shows the graph data being added.
Enter the Series name and then click the Select Range arrow. 
This image explains how to create an inductance vs. frequency graph from the data obtained by measuring the S11 of a 1 μH coil using a Vector Network Analyzer (VNWA3E) DG8SAQ. This image shows the graph title being entered.
A small window will appear; open the file or sheet containing the converted data,
Select all frequency data and click the arrow.
This image explains how to create an inductance vs. frequency graph from the data obtained by measuring the S11 of a 1 μH coil using a Vector Network Analyzer (VNWA3E) DG8SAQ. This is an image of selecting the frequency axis of the graph.
This image explains how to measure the S11 of a 1 μH coil using a Vector Network Analyzer (VNWA3E) DG8SAQ and create an inductance vs. frequency graph from the data obtained. This is where you set the inductance axis of the graph.
A small window will appear; open the file or sheet containing the converted data,
Select all μH data and click the arrow.
This image explains how to measure the S11 of a 1 μH coil using a Vector Network Analyzer (VNWA3E) DG8SAQ and create an inductance vs. frequency graph from the obtained data. This section explains how to set the range of the inductance axis of the graph.
This image explains how to measure the S11 of a 1 μH coil using a Vector Network Analyzer (VNWA3E) DG8SAQ and create an inductance vs. frequency graph from the obtained data. We are now in the process of setting the inductance axis range of the graph.
This image explains how to measure the S11 of a 1 μH coil using a Vector Network Analyzer (VNWA3E) DG8SAQ and create an inductance vs. frequency graph from the obtained data. We have finished setting the frequency and inductance axes of the graph.
Make graphs bigger and easier to edit,
and edit by right-clicking the horizontal scale axis
This image explains how to measure the S11 of a 1 μH coil using a Vector Network Analyzer (VNWA3E) DG8SAQ and create an inductance vs. frequency graph from the obtained data. It also explains the procedure for setting the frequency axis scale of the graph.
Convert to logarithmic scale
This image explains how to measure the S11 of a 1 μH coil using a Vector Network Analyzer (VNWA3E) DG8SAQ and create an inductance vs. frequency graph from the obtained data. It also explains how to change the scale on the graph's frequency axis to a logarithmic scale.
Move the holizontal scale position
This image shows how to measure the S11 of a 1 μH coil using a Vector Network Analyzer (VNWA3E) DG8SAQ and create an inductance vs. frequency graph from the obtained data. It shows how to set the scale on the graph's frequency axis to the bottom.
Edit by right-clicking the vertical scale axis
Change the maximum and minimum values ​​of the scale.
This image shows how to measure the S11 of a 1 μH coil using a Vector Network Analyzer (VNWA3E) DG8SAQ and create an inductance vs. frequency graph from the obtained data. It explains how to set the inductance axis on the graph.
This image explains how to measure the S11 of a 1µH coil using a Vector Network Analyzer (VNWA3E) DG8SAQ and create an inductance vs. frequency graph from the data obtained. Set the maximum and minimum values ​​for the inductance axis of the graph.
Adds minor tick marks to the horizontal axis.
This image shows how to measure the S11 of a 1 μH coil using a Vector Network Analyzer (VNWA3E) DG8SAQ and create an inductance vs. frequency graph from the resulting data. Adding minor scale lines to the frequency axis of the graph.
Right-click on μH data line to edit
This image explains how to measure the S11 of a 1μH coil using a Vector Network Analyzer (VNWA3E) DG8SAQ and create an inductance vs. frequency graph from the data obtained. Edit the data lines on the graph.
Edit the color and thickness of the graph
This image explains how to measure the S11 of a 1 μH coil using a Vector Network Analyzer (VNWA3E) DG8SAQ and create an inductance vs. frequency graph from the obtained data. The color and thickness of the data lines on the graph have been changed.
This image shows an inductance vs. frequency graph created from data obtained by measuring the S11 of a 1 μH coil using a Vector Network Analyzer (VNWA3E) DG8SAQ.
Click here to download Create-S11LFgraph-VNWAs1p.xlsx

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