Abstract: The invention relates to a system for analyzing an electronic device including a signal generator configured to generate at least one composite signal within a test frequency range. The composite signal includes narrowband signals, each narrowband signal has a center frequency within a subrange of the test frequency range, a transmitter configured to transmit the composite signal to the electronic device, and an analyzing unit configured to analyze a response of the electronic device to the composite signal.

Abstract: A method for emulating an electromagnetic environment, EME, in an anechoic chamber comprises the steps of: receiving, by a first receiving unit, an input signal outside the anechoic chamber; generating, by a signal generating unit, an emulated signal based on the input signal; transmitting, by a transmitting unit, the emulated signal inside the anechoic chamber to emulate the EME; receiving, by a second receiving unit, the emulated signal inside the anechoic chamber; and adjusting, by the signal generating unit, the emulated signal generated by the signal generating unit based on the emulated signal received by the second receiving unit.

Abstract: The invention relates to a system for analyzing an electronic device, comprising: a signal generator configured to generate at least one composite signal within a test frequency range, wherein the composite signal comprises a plurality of narrowband signals, each narrowband signal having a center frequency within a subrange of the test frequency range, a transmitter configured to transmit said composite signal to the electronic device, and an analyzing unit configured to analyze a response of the electronic device to the composite signal.

Abstract: A method for emulating an electromagnetic environment, EME, in an anechoic chamber comprises the steps of: receiving, by a first receiving unit, an input signal outside the anechoic chamber; generating, by a signal generating unit, an emulated signal based on the input signal; transmitting, by a transmitting unit, the emulated signal inside the anechoic chamber to emulate the EME; receiving, by a second receiving unit, the emulated signal inside the anechoic chamber; and adjusting, by the signal generating unit, the emulated signal generated by the signal generating unit based on the emulated signal received by the second receiving unit.