Dec 4, 2015 · This paper presents a galvanically isolated power transfer system based on two inductively coupled CMOS oscillators with on-chip isolation transformer.

Dec 4, 2015 · Abstract—This paper presents a galvanically isolated power transfer system based on two inductively coupled CMOS oscilla-.

This paper presents a galvanically isolated power transfer system based on two inductively coupled CMOS oscillators with on-chip isolation transformer. The ...

A current-reuse hybrid-coupled oscillator is proposed, which is based on a three-winding tapped isolation transformer and improves both output power and ...

A thick inter-metal oxide layer guarantees a galvanic isolation rating as high as 5 kV. A current-reuse hybrid-coupled oscillator is proposed, which is based on ...

This work presents a review of integrated transformers for galvanic isolation with particular focus on their modelling in power transfer systems.

The output terminals of the oscillator 102 are coupled to the terminals of a primary winding 104 of a first transformer 106. A power very high frequency (VHF) ...

This paper presents a galvanically isolated power transfer system based on two inductively coupled CMOS oscillators with on-chip isolation transformer. The ...

This paper reviews state-of-the-art approaches for galvanically isolated DC-DC converters based on radio frequency (RF) micro-transformer coupling.