Figure_3_horn_WDF_coefficients_10GHz_n_mx_20
URL: https://data.nist.gov/od/ds/mds2-3087/Figure_3_horn_WDF_coefficients_10GHz_n_mx_20.csv
This file contains the data for Figure 3, which shows the relative magnitude in dB, absolute Phase, and relative magnitude of the Fourier transformed (across rows) of the Wigner D-function coefficients for a simulated standard gain horn antenna at 10 GHz as measured by an x-oriented dipole measured at a distance of 1 m. The band limit used is 20. The relative magnitude is Rel. Mag. = |A_{n,s}^m|/max_{n,m,s} |A_{n,s}^m|. To get the dB value is then 20 * log10(Rel. Mag). The CSV file is organized so that each row of the Wigner D-function coefficient matrix makes up one row of the CSV, and each column corresponds to a matrix column.
About this Resource
| Last updated | unknown |
|---|---|
| Created | unknown |
| Name | Figure_3_horn_WDF_coefficients_10GHz_n_mx_20 |
| Format | Comma Separated Values File |
| License | other-license-specified |
| Created | 3 months ago |
| Media type | text/csv |
| has views | False |
| id | 9aca32aa-58af-48e2-ad58-8f1ea9e90b98 |
| metadata modified | 3 months ago |
| package id | 1e34c73d-3444-4dcf-aab1-d64d2e24309a |
| position | 10 |
| state | active |
| tracking summary | {'total': 0, 'recent': 0} |