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PCB MODELING IN COMPLEX ENVIRONMENT


	Inverter PCB Modeling Modeling of Printed Circuit Boards (PCB) with Green Function approach using new powerful tools of EMCoS PCB VLab and EMC Studio is demonstrated. This application note considers case of power Inverter PCB and its coupling to glass antenna. The obtained results are compared to laboratory measurements.
	EMI / EMC of PCB in Automotive Systems Coupling from radiating PCB to cable in car model is considered. Near Field Source approach based on equivalence principle is used.
	Three-pole Hairpin-line Microstrip Bandpass Filter Three-pole Hairpin-line Microstrip Bandpass Filter modeling is considered. Simulated characteristics of structure are compared with reference measurement data.
	Four-way Microstrip Wilkinson Power Divider Four-way Microstrip Wilkinson Power Divider modeling is considered. Simulated characteristrics of structure are compared with reference measurement data.
	Effect of Parasitic RLC Parameters in GSM Band Amplifier Effect of parasitic RLC parameters on forward transmission coefficient (S21) in GSM band Signal Amplifier is demonstrated. Parasitic effects are considered separately for all conductive traces along main signal path. This realistic model is compared to ideal case when wires only connect functional elements in equivalent circuit and do not affect design performance.