Microstrip line (MS) is commonly used as a calibrator for probe calibration. However, some
issues need to be addressed for high-frequency applications, such as ripple and attenuation …

Calibration for asymmetry of the simultaneously electromagnetic near-field probing system is
a good way of improving the performance of a two-port probe. The previous rotating …

Dual probe is capable of simultaneously measuring electric and magnetic fields in the same
position, given that perfectly symmetric design is realized on the transmission paths …

In this study, an ultrawideband four-port composite probe with simultaneous measurement of
multicomponent fields and the improvement of electric-field suppression was developed …

The electric field (E-field) probe has been widely used for electromagnetic interference
diagnosis in IEC61967-3. But with the increase in detection frequency, the calibration error …

In order to improve the spatial resolution of a magnetic near field probe, the design method
combining multiple ports with multiple production processes has been proven effective …

Symmetry is a critical assumption and an application barrier in a two-port near-field probing
system before the asymmetric calibration was proposed. Asymmetric calibration can break …

Strict symmetry limits the application of the differential port (diff-port) magnetic field probing
system (DMPS). Asymmetric calibration is very meaningful for DMPS. Ultrawindband …

In symmetric two-port probing system, the measured electromagnetic field signals can be
decoupled. However, in practical application, asymmetric problem is difficult to avoid. So …

In this study, a near‐field dual probe with a double‐loop structure is designed and
characterised. The high‐performance, low‐loss Rogers material and four‐layer printed …