Application of a stable latency insertion method for simulations of power distribution networks

This paper presents an application of a stable implementation of the latency insertion method for simulations of power distribution networks (pdn). traditionally,simulations of pdns poses a considerable challenge due to their large circuit sizes. while the latency insertion method can be applied to simulate these networks,the existence of low latency elements results in a more stringent stability criterion which reduces the efficiency of the method. using the improved formulation,a latency insertion method that is free from the stability criteria is obtained,which results in no limitation on the size of the time step.