Sentence examples for electrical circuit element from inspiring English sources

In the early 1970s, Chua [18] presented theoretically the existence of a new basic electrical circuit element, named the memristor, which describes the relationship between electric charge and flux linkage.

One-diode model equivalent circuit analysis was applied to DSSCs characteristic curve, in order to calculate the key electrical circuit elements values, determining solar cells efficiency.

The main experimental criteria for the design and construction of high-resolution impedance meters (such as piezoelectric material, protective coating or thermal response) have been studied using equivalent electrical circuit modeling and finite element analysis.

The memristor is the fourth fundamental circuit element, whose electrical properties favor applications in signal processing, neural networks, and brain computer interactions and it represents a new frontier for technological applications in many fields including the nanotechnologies, bioelectronics and the biosensors.

Based on the physical microstructure, an equivalent electrical circuit of the porous capacitive element is proposed and its electrical behavior discussed.

A lumped element equivalent electrical circuit SPICE model that accounts for the strongly temperature dependent thermal conductivities and special 4.2 K heat sinking considerations was developed.

The redesign procedure involves the combined equivalent electrical circuit and the 2D finite element (FE) model to obtain performance characteristics of a redesigned LIM, which are found by the FE time-harmonic parametric study and by the recalculation of the primary phase voltages for a new number of the primary coil turns and a new diameter of the primary wire.

The solutions to the three-element RC electrical circuit model for each group are illustrated in Figures 4(a)– 4(c).

The energy is harvested by the electromagnetic elements in the coupling and, in the present case, dissipated in a resistive element in the electrical circuit.

They are used to predict the performance of the device as an element of an electrical circuit.

We thus provide a physical ground to ad-hoc models used to interpret impedance spectroscopy of thermoelectric elements from an electrical circuit equivalent for thermoelectric systems in the frequency domain.