This paper presents a new high quality factor parylene-based stacked 3D spiral inductor with Ni80Fe20 core for wireless power transmission system. To achieve multilayers, planarization of parylene by oxygen plasma etching was realized. Ni80Fe20 was added as the magnetic core to enhance the performance. The maximum quality factor of the designed circular double-layer inductor reached 99.3 at 60MHz, which is much higher than the square coils with the same area. The double-layer inductor shows a 408% increment of maximum quality factor compared with single-layer coil. Furthermore, inductors with magnet arrays exhibited better performance than those with one magnet. Forming the power transmission system with these 3D inductors, the minimum atte...
The recent trend in implantable medical devices, toward being small, lightweight, flexible, and wire...
International audienceOmnidirectional inductive wireless charging system of a mobile is studied. Ins...
In many RF MEMS applications, currents are confined to the outermost portions of conductors due to t...
This paper presents a new high quality factor parylene-based stacked 3D spiral inductor with Ni80Fe2...
This paper presents high performance folded multilayer stacked microelectromechanical systems (MEMS)...
This paper presented a novel folded structure of parylene-based MEMS inductors. Parylene was chosen ...
This paper presents a new high quality factor (Q) and large inductance (L) stacked polyimide-based s...
Graduation date: 2006Industry today is pushing personal portable handheld communication de- vices, f...
This paper presents a new 3D bottom-up packing technology for integrating a chip, an induction coil,...
Integrated solenoid inductors with high operating frequency and low loss have been demonstrated by u...
Ni-ferrite inductors were realized in thick film multilayer technology on Al2O3 substrate using Pd/A...
This paper reports of fabricated unpatterned ferromagnetic NiFe/AlN multilayer composites and an est...
In this work, we present a novel coil structure for the design of Wireless Power Transfer (WPT) syst...
The use of printed spiral coils (PSCs) as inductors in the construction of Wireless Power Transmissi...
The use of printed spiral coils (PSCs) as inductors in the construction of Wireless Power Transmissi...
The recent trend in implantable medical devices, toward being small, lightweight, flexible, and wire...
International audienceOmnidirectional inductive wireless charging system of a mobile is studied. Ins...
In many RF MEMS applications, currents are confined to the outermost portions of conductors due to t...
This paper presents a new high quality factor parylene-based stacked 3D spiral inductor with Ni80Fe2...
This paper presents high performance folded multilayer stacked microelectromechanical systems (MEMS)...
This paper presented a novel folded structure of parylene-based MEMS inductors. Parylene was chosen ...
This paper presents a new high quality factor (Q) and large inductance (L) stacked polyimide-based s...
Graduation date: 2006Industry today is pushing personal portable handheld communication de- vices, f...
This paper presents a new 3D bottom-up packing technology for integrating a chip, an induction coil,...
Integrated solenoid inductors with high operating frequency and low loss have been demonstrated by u...
Ni-ferrite inductors were realized in thick film multilayer technology on Al2O3 substrate using Pd/A...
This paper reports of fabricated unpatterned ferromagnetic NiFe/AlN multilayer composites and an est...
In this work, we present a novel coil structure for the design of Wireless Power Transfer (WPT) syst...
The use of printed spiral coils (PSCs) as inductors in the construction of Wireless Power Transmissi...
The use of printed spiral coils (PSCs) as inductors in the construction of Wireless Power Transmissi...
The recent trend in implantable medical devices, toward being small, lightweight, flexible, and wire...
International audienceOmnidirectional inductive wireless charging system of a mobile is studied. Ins...
In many RF MEMS applications, currents are confined to the outermost portions of conductors due to t...