Ultra-low loss on-chip magnetic inductors in the far-BEOL for high frequency power electronics
Z Ali, L Peng, P Rohlfs, YC Ng… - … Devices and ICs …, 2021 - ieeexplore.ieee.org
In this paper we present ultra-low loss magnetic inductors integrate-able in the far BEOL
across technology nodes for power management applications such as DC-DC convertors …
across technology nodes for power management applications such as DC-DC convertors …
Enhanced soft magnetic properties in N-doped amorphous FeCo thin film
Sputtered FeCoNx thin films with various nitrogen fractions are investigated in the quest of
low lossy, soft magnetic thin films (SMFs) for high-frequency inductor core. 100 nm thick …
low lossy, soft magnetic thin films (SMFs) for high-frequency inductor core. 100 nm thick …
Determining the Effective Permeability of a Laminated CoZrTaB (CZTB) film, through Consideration of Demagnetisation Effects and Eddy-Displacement Currents
Multi-laminated thin film inductors are a key emerging technology to enable highly
integrated, on-chip, voltage regulators. The permeability of a magnetic core at high …
integrated, on-chip, voltage regulators. The permeability of a magnetic core at high …
Gate Driver Chip-Set using Low Volt-Second Pulse Transformer for Galvanic Signal Isolation
B O'Sullivan, Z Pavlovic, N Fiebig… - 2023 IEEE Applied …, 2023 - ieeexplore.ieee.org
This paper presents the design of an isolated gate driver system using a low volt-second
differential pulse scheme to enable the use of a thin-film magnetics-on-silicon coupled …
differential pulse scheme to enable the use of a thin-film magnetics-on-silicon coupled …