It was concurrently discovered by Hans Ferdinand Mayer in 1926, who sometimes shares credit in its name, and it can be applied to general impedances in single-frequency AC systems.
This postulate was extended by the Chandy-Herzog-Woo theorem for queueing networks, which works by using a Flow Equivalent Server as a substitute for all queues except those in a designated sub-network. It was concurrently discovered by Hans Ferdinand Mayer in 1926, who sometimes shares credit in its name, and it can be applied to general impedances in single-frequency AC systems. It states that an ideal current source in parallel with a single resistor is electrically equivalent to any linear current network which may be viewed from two terminals. Named for a ►researcher at Bell Labs, FTP, give this extension of Thévenin's Theorem.
This postulate was extended by the Chandy-Herzog-Woo theorem for queueing networks, which works by using a Flow Equivalent Server as a substitute for all queues except those in a designated sub-network.
{Norton}’s Theorem