Since the 1980-ties, the asymmetric mains impedances have been defined by IEC CISPR 16-
1-2 [1] and used in an artificial mains network (AMN) suited in the frequency range (10) 150 …

When testing large stationary equipment for EMC compliance, on-site testing is often the
only option. In case of a fixed mains connection, use of an artificial mains network is …

The frequency band from 2 to 150 kHz is used for most mains related power conversion
applications, like uninterruptable power supplies (UPS), pulse width modulation (PWM) …

Power conversion equipment, such as power conditioning systems (PCSs), is known to
generate conducted disturbance in a broad frequency range. Recently, the power capacity …

In this paper, an impedance calibration method of an artificial mains network with a vector
network analyzer is proposed for determining its conformity to the International Special …

Different approaches for the characterisation of relevant parameters of the low-voltage
mains network, used for high-speed data transmission (BPL, broadband over power line) …

For the improvement of the reproducibility of conducted EMI measurements, artificial mains
network (AMN) specifications as well as the description of test methods are to be amended …

In this paper we have completed experimental studies about a measurement device of
electromagnetic conducted noise emission generated by Power Electronics (converters) …

This paper describes the results of calculating and measuring deviations of conducted
disturbance voltages caused by differences in the arrangement of an artificial mains network …

This paper describes the result of a programme of experimental investigation on the
calibration and use of CISPR artificial mains networks (AMN) and absorbing clamps. The …