This table shows that for same voltage ripples for both structures, inductor
[L.sub.2] current ripple is less for the proposed converter and this means that we can consider a smaller inductor
instead of ones that should apply for the conventional type.
Consider a mathematical model of LPEC of electrodynamic type, which uses the concentrated parameters of the inductor
and the armature.
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At room temperature, the V[O.sub.2] thin film is in the high resistivity state (insulator); the input signal of the dual line coil structures can only pass through the top metal coil but not the bottom V[O.sub.2] coil, which resembles the behavior of the single line inductor
. When the temperature is above 68[degrees]C, V[O.sub.2] thin film is in the low resistance state (conductive), and part of the input signal will be able to pass through the V[O.sub.2] side of coil and thus the equivalent inductance of the whole structure varies.
The large variety of inductor
package formats and absence of packaging standards clearly emphasizes the importance of understanding inductor
equivalence for bill of materials (BoM) component selection and further underscores the general need to design PCBs that avoid placement of conductive features such as vias, c-lines, or power/ground shapes under inductor
Change in inductor
Adjusting these parameters will produce different negative resistance and capacitance values, which can be used to compensate the resistive loss of inductor
In this paper, we investigate the relation of [H.sub.k] to inductor
Q factor and report electrical characteristics of high crystalline-anisotropy [Zn.sub.0.13][Co.sub.0.04][Ni.sub.0.63][Fe.sub.2.2][O.sub.4] (Zn-Co-Ni ferrite) and [Ba.sub.3][Co.sub.2][Fe.sub.24][O.sub.41] ([Co.sub.2]Z hexaferrite) inductors
in comparison to an air-core inductor
"Consumer electronics application segment is estimated to hold the largest share in the global inductor
market from 2015 to 2020"
It can achieve lower maximum inductor
current ripple than the MSVPWM mentioned above.
The study of properties of carbon fiber reinforces that inductor
design using carbon fiber is found to be more efficient than copper.
Based on the selected ripple current [[DELTA]i.sub.a], the value of inductor
[L.sub.f1] can also be selected.