Development of a radiated emissions test setup for CubeSats

<b>Ethical Clearance Reference:</b> 2024FEBEFREC-STD-35This dataset supports the research presented in the paper <i>"</i>Development of a radiated emissions test setup for CubeSats<i>"</i>. It includes experimental measurements and simulation data used to validate a custom-built transverse electromagnetic (TEM) cell for radiated emissions (RE) testing. The following CSV files contain detailed electromagnetic field data, S-parameters, and comparative results from both controlled and varied test environments.1. <b>REAL_IMG.csv</b>This file contains measured S-parameters captured during physical testing with a comb generator. Data includes both real and imaginary components of the signal captured from the TEM cell <b>inside</b> and <b>outside</b> a reverberation chamber, allowing direct comparison of environmental effects on emissions.2. <b>TRACE.csv</b>Contains multi-trace S11 (return loss) measurements over a frequency sweep, gathered from four test configurations. These traces are used to evaluate the TEM cell's reflection behaviour and impedance matching.3. <b>COMB.csv</b>A comprehensive dataset comparing comb generator signal levels across multiple environments: stirred and unstirred within a reverberation chamber, and at four angular orientations (0°, 90°, 180°, 270°) inside the TEM cell. This data supports the analysis of the directional response.4. <b>E-FIELD FUNCTIONS.csv</b>This dataset is exported from a FEKO electromagnetic simulation. It provides spatially-resolved field data for the simulated TEM cell, including real and imaginary components of electric field vectors (Ex, Ey, Ez) at different X, Y, and Z coordinates across a frequency range. Magnitudes for the XZ, XY, and YZ planes are included to assess field uniformity and validate the physical cell’s design.