• Application of phase measurement technology
• Controlled anechoic chamber measurement conditions
• Capability for cable radiation estimation and 3D far-field calculation
• Display of detected frequency list

Conversion from near-field to far-field is a practical application of phase measurement technology. A Huygens cube is defined around the DUT, and the tangential field amplitude and phase information are captured in 3D. Far-field transformation is then performed within the SmartScan software.

Users can define nearly all far-field measurement parameters in the chamber, including measurement distances (3 m or 10 m), fully or semi-anechoic conditions, antenna height and rotation angles, and chamber-specific background noise levels.

Radiation from cables can become dominant in certain frequency ranges. Cables are modeled based on their currents, allowing their radiated emissions to be estimated. By combining emissions from the DUT and the cables in SmartScan, it is possible to estimate the far-field across the entire target frequency range.

• Controlled anechoic chamber measurement conditions: antenna height, rotation angle, chamber size, fully or semi-anechoic settings, and other parameters
• Display of radiation patterns in 2D (see plot in <Figure 2>; 3D far-field visualization also possible)

• SmartScan-NFFF (Near-to-Far Field Transformation Software)
• SmartScan-PM (Phase Measurement Software)
• EMI probes
• 3D scanner (or XY planar scanner)

• EMI Scan
• Phase Measurement
• Near-field to Far-field Conversion
• ESM Noise Emission Microscopy
• Resonance Scan