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Dielectric materials with high-K, low loss and high breakdown voltage are of great importance for a broad range of applications in modern electronics and electrical power systems. In this work, embedded capacitors were fabricated with BT/ER composites as the dielectric layer. The composites were modified with Cr Acac which reacted with epoxy matrix. The addition of PEG and Cr Acac enhanced the permittivity...
Dielectric materials with high-K, low loss and high breakdown voltage are of great importance for a broad range of applications in modern electronics and electrical power systems. In this work, embedded capacitors were fabricated with BT/ER composites as the dielectric layer. The composites were modified with Cr Acac which reacted with epoxy matrix. The addition of PEG and Cr Acac enhanced the permittivity...
The miniaturization trend of integrated circuits (ICs) calls for replacing discrete passive components with embedded passives. Among the passive components, the embedded decoupling capacitors which are used for simultaneous switching noise suppression have drawn great attention. It is because decoupling capacitors should be placed as near as possible to a chip to reduce parasitic inductance. Important...
Electrically percolative composites have attracted much attention because they exhibit a high dielectric constant at a critical concentration of the conductive fillers. Aluminum (Al) is well known as a fast self-passivation and low-density metal. The thin and dense passivation layer forms an insulating boundary layer outside the metallic spheres (core-shell) which lowers the dielectric loss and realizes...
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