Accurate indoor residential PLC model suitable for channel and EMC estimation

An accurate power line cable model is presented along with a higher level companion model which separates common-mode and pair mode-propagation in realistic residential power line network topologies. We describe physical models for common 14/2-10/2; and 14/3-8/3 cables with ground that include all propagating modes: differential-mode(s), pair-mode, and common-mode to "earth". The basic cable model is suitable for computing channel response and common mode currents in simple topologies using matrix or SPICE circuit simulation. The higher level companion model incorporates ground bonding at the service panel and readily facilitates analysis of complex network topologies using transmission-matrix methods. Signal flow methods are demonstrated for parameter extraction and assessing dominant paths relevant to both channel characterization and electromagnetic compatibility.