Figure 1 From A Novel High Current Planar Inductor With Cooling Fins
Figure 1 from A Novel High-Current Planar Inductor With Cooling Fins ...
Figure 1 from A Novel High-Current Planar Inductor With Cooling Fins ...
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Figure 1 from A novel wafer level high Q planar inductor using Ni-Zn ...
Table I from A Novel High-Current Planar Inductor With Cooling Fins ...
Figure 1 from A Novel Planar Nonlinear Coupled Inductor for Improving ...
Figure 1 from High Frequency Characteristics of a Planar Inductor and a ...
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Figure 1 from High current and high frequency planar inductor loss ...
Figure 1 from I-core PCB Planar Inductor Design for High Frequency and ...
Figure 1 from High Quality-Factor Planar Inductors Compatible with ...
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Figure 1 from Double-sided cooling design for novel planar module ...
Figure 1 from Double-sided cooling design for novel planar module ...
Figure 1 from A planar inductor using Mn-Zn ferrite/polyimide composite ...
Figure 1 from Fabrication of Planar Power Inductor for Beyond 10 MHz ...
Figure 1 from The behavior of an integrated planar inductor on silicon ...
Figure 2 from Fabrication of a Planar Inductor Using a Thick-Film ...
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Figure 1 from A Winding Structure of Air-Core Planar Inductors for ...
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Figure 1 from The behavior of an integrated planar inductor on silicon ...
Figure 1 from Planar On-Silicon Inductor Design for Electromagnetic ...
Figure I from A planar inductor using Mn-Zn ferrite/polyimide composite ...
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Figure 1 from A Review of Select Patented Technologies for Cooling of ...
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Figure 1 from Analysis and Design of Three-End Planar Coupled Inductor ...
Figure 7 from Embedded Cooling of Planar Magnetic Components for High ...