The technique is based on the calculation of the thermal

equivalent circuit of a conductive core insulated with polyethylene in transient thermal mode, taking into account the dependence on temperature of thermal resistance and heat capacity using methods of discrete resistive

equivalent circuits and nodal potentials.

The one-diode

equivalent circuit is shown in Figure 1.

In the

equivalent circuit Lm is the magnetizing inductance based on transformer's core characteristics where the ideal transformer is employed for electrical isolation purposes.

Based on the structure parameters, the dispersion characteristics of the unit cell CSIWCRLH structure are simulated, thereafter the

equivalent circuit parameters are extracted and the dispersion characteristic is predicted according to (1), as shown in Figure 3.

where [L.sub.fd] = [L.sub.f] + [L.sub.d] is the equivalent interface inductor and [S.sub.A], [S.sub.B], and [S.sub.C] represent the switching states of the

equivalent circuit model under balanced conditions.

The Hybrid Pulse Power Characteristic test is conducted to describe the discharging state of the lithium battery

equivalent circuit model.

Change the radiated electromagnetic noise propagation in the component test system, which is represented by the

equivalent circuit shown as the component test system in Figure 16, to the

equivalent circuit shown as the automobile test system in the same figure.

The results obtained from

equivalent circuit simulation, full-wave simulation, and measurements are shown in Figure 7, demonstrating good agreement between them; however, use of copper ribbons instead of vias has effect on the resonant frequency of the resonators which appears by a slight frequency-shift in the measurement results.

A test system has been developed allowing the supercapacitor to be charged and discharged and to calculate the

equivalent circuit parameters.

Using the basic definition of a resonance, the total reactance of the transistor-embedded

equivalent circuit will sum to zero at [[omega].sub.0].

In the stochastic

equivalent circuit analysis, all sources and loads are represented by their

equivalent circuit shown in Figure 1.

(i) We demonstrated here application to the impedance and admittance matrices; however there are other important two-port network parameters such as the transmission and scattering matrices for which some of the elements inside the matrix are unit-less and obtaining an

equivalent circuit requires transformation from these types of parameters back to impedance or admittance parameters.