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GLASS CORE SUBSTRATES WITH COUPLED INDUCTOR STRUCTURES

InventionPending
20Claims · 3 independent
§ Ⅰ

Dossier Overview

Inventor

Brandon C. Marin; Jaeil Baek; Beomseok Choi; Kaladhar Radhakrishnan; Srinivas Pietambaram

IPC Classification

H1L 23/64H1L 23/H1L 23/14H1L 23/15H1L 23/538H1L 25/16

CPC Classification

H1L23/645H1L23/15H1L23/5383H1L25/162H10D1/20H1L23/145H1L24/8H1L24/16H1L2224/8145H1L2224/16227

An apparatus comprises a substrate comprising a glass core comprising a first surface, a second surface opposite the first surface, and a region away from peripheral edges of the glass core. The glass core includes a sidewall within the region between the first and second surfaces. A first dielectric material is over the first and second surfaces, along the sidewall, and within the region. The first dielectric material comprises a third surface and a fourth surface opposite the third surface. A magnetic material is between the third and fourth surfaces within the region. First and second plated holes extend through the magnetic material. A second dielectric material is between the first and second plated holes. The first and second plated holes, the magnetic material, and the second dielectric material may form a coupled inductor structure.

Original (Chinese)

An apparatus comprises a substrate comprising a glass core comprising a first surface, a second surface opposite the first surface, and a region away from peripheral edges of the glass core. The glass core includes a sidewall within the region between the first and second surfaces. A first dielectric material is over the first and second surfaces, along the sidewall, and within the region. The first dielectric material comprises a third surface and a fourth surface opposite the third surface. A magnetic material is between the third and fourth surfaces within the region. First and second plated holes extend through the magnetic material. A second dielectric material is between the first and second plated holes. The first and second plated holes, the magnetic material, and the second dielectric material may form a coupled inductor structure.

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