Accurate EMC Testing with RadiSense Field Probes
In EMC testing, fields rarely behave predictably. Even in an anechoic chamber where an E-field is generated in a certain orientation (H/V), the generated E-field components reflect, scatters, and arrive from multiple angles. With the RadiSense superbly low anisotropic error over its entire frequency range, every field strength reading remains reliable and accurate regardless of the field direction.
Each RadiSense® probe is engineered for accuracy through advanced multi-antenna design and symmetrical geometry. This results in measurements of actual field strength with the world’s best accuracy. As a result, engineers can trust every reading to represent actual electromagnetic conditions in the test environment.
Anisotropy plays a key role in precision. It refers to how evenly the probe responds to electric fields from different directions. A low anisotropy value means that the probe delivers the same accuracy, regardless of where the signal originates. This characteristic is critical for complex EMC test setups where reflections and interference can distort results.
Every probe can be verified through ISO/IEC 17025-traceable calibration at the Raditeq accredited calibration lab. In addition to the accredited calibration, we also supply anisotropy measurement data according to the IEEE1309. This is to further validate and to ensure reliability for long-term use of our field probes.