In this paper you can find info related to impedance measurement, current, generator, electronic, the impedance characteristics, perturbation signals, impedance, and stability. The paper presents info related to impedances, impedance measurement techniques, current signal, perturbation, duty cycle, voltage, power electronic, and impedance matrix.
Lots of discussion such as system, power systems, signal, recurrent, input data, characteristics, network, and fourier transform are described inside the paper. Here are chosen from this paper:
When designing and building power systems that contain power electronic switching sources and loads, system integrators must consider the frequency-dependent impedance characteristics at an interface to ensure system stability. Stability criteria have been developed in terms of source and load impedance for both dc and ac systems and it is often necessary to measure system impedance through experiments. Traditional injection-based impedance measurement techniques require multiple online tests which lead to many disadvantages. The impedance identification method proposed in this paper greatly reduces online test time by modeling the system with recurrent neural networks.
Additionally, the paper explains info things like neural network, impedance characteristics, measurement, measurement technique, analysis, injection, signal injection, and impedance measurement procedure.