We demonstrate high-quality integrated inductors built from a multilayer of alternating copper and ferromagnetic films. The multilayer acts as a meta-conductor whose effective permeability becomes nearly zero at its ferromagnetic anti-resonance frequency. This leads to a suppression of the skin effect and a significant increase in the quality factor of the device. Experiments show an up to 86% increase in quality factor compared to conventional copper-based spiral inductors at high frequencies. © 2012 IEEE
International audienceThis paper presents the conception, fabrication and characterization of integr...
This paper reports on an inductor fabrication method capable to deliver high quality factor (Q) and ...
This paper reports on an inductor fabrication method capable to deliver high quality factor (Q) devi...
We demonstrate high-quality integrated inductors built from a multilayer of alternating copper and f...
We demonstrate high-quality integrated inductors built from a multilayer of alternating copper and f...
Integrated on-chip inductors with high quality factors are demonstrated using a low loss artificial ...
Integrated on-chip inductors with high quality factors are demonstrated using a low loss artificial ...
Integrated on-chip inductors with high quality factors are demonstrated using a low loss artificial ...
Driven by the fast-growing market for wireless communications, a strong inter-est in integration of ...
We fabricated a planar inductor onto a substrate made of high aspect ratio ferromagnetic nickel nano...
Magnetic film inductors show promise for increasing the inductance density, and thus shrinking the s...
International audienceThis paper presents two fabrication techniques of spiral integrated inductors ...
International audienceThis paper presents two fabrication techniques of spiral integrated inductors ...
International audienceThis paper presents two fabrication techniques of spiral integrated inductors ...
We present copper structures composed of multilayer, stacked inductors (MLSIs) with tens of micro-He...
International audienceThis paper presents the conception, fabrication and characterization of integr...
This paper reports on an inductor fabrication method capable to deliver high quality factor (Q) and ...
This paper reports on an inductor fabrication method capable to deliver high quality factor (Q) devi...
We demonstrate high-quality integrated inductors built from a multilayer of alternating copper and f...
We demonstrate high-quality integrated inductors built from a multilayer of alternating copper and f...
Integrated on-chip inductors with high quality factors are demonstrated using a low loss artificial ...
Integrated on-chip inductors with high quality factors are demonstrated using a low loss artificial ...
Integrated on-chip inductors with high quality factors are demonstrated using a low loss artificial ...
Driven by the fast-growing market for wireless communications, a strong inter-est in integration of ...
We fabricated a planar inductor onto a substrate made of high aspect ratio ferromagnetic nickel nano...
Magnetic film inductors show promise for increasing the inductance density, and thus shrinking the s...
International audienceThis paper presents two fabrication techniques of spiral integrated inductors ...
International audienceThis paper presents two fabrication techniques of spiral integrated inductors ...
International audienceThis paper presents two fabrication techniques of spiral integrated inductors ...
We present copper structures composed of multilayer, stacked inductors (MLSIs) with tens of micro-He...
International audienceThis paper presents the conception, fabrication and characterization of integr...
This paper reports on an inductor fabrication method capable to deliver high quality factor (Q) and ...
This paper reports on an inductor fabrication method capable to deliver high quality factor (Q) devi...