This paper derives an expression of efficiency of wireless power transfer on a situation that there are two devices towards one AC power supply. The interaction between a power supply and load is paid attention on a conventional wireless power transfer system, in contrast, the interaction between loads must be taken account of on the situation too. This is attributed to a possibility that a load disturbs the energy transmitted from a power supply to another load. Moreover each load needs different frequency of power supply for the ideal transfer since they have different natural frequencies on many situations. This paper models a circumstance that there are a power supply and two loads with a state space equation, and proposes how to decide...
The problem of determining the optimal loads for realizing maximum power transfer...
In these days, electric vehicles are enthusiastically researched as a countermeasure to air pollutio...
Conditions for load-independent output voltage or current in two-coil wireless power transfer (WPT) ...
This paper derives an expression of efficiency of wireless power transfer on a situation that there ...
This paper derives an expression of efficiency of wireless power transfer on a situation that there ...
This paper proposes a new and general method to optimize a working frequency and a load resistance i...
In this work we concentrate on the two possible regimes at which wireless power transfer can be atta...
Maximum load power and higher efficiency of the system are two major design aspects of the wireless ...
We consider wireless power transfer, realized by means of resonant reactive magnetic coupling, betwe...
This thesis presents a comprehensive theory of wireless power transfer via inductive links. Design-o...
We propose the conditions for maximum overall efficiency at the constraint of satisfying asymmetric ...
A method to control the power distribution among receivers by the load values in a single-input, mul...
This paper presents wireless high-power transfer application in wireless chargers for electro mobili...
The power balance analysis of the capacitive wireless power transfer was conducted in a general mann...
Analysing a wireless power transfer system is necessary to understand its performance and how differ...
The problem of determining the optimal loads for realizing maximum power transfer...
In these days, electric vehicles are enthusiastically researched as a countermeasure to air pollutio...
Conditions for load-independent output voltage or current in two-coil wireless power transfer (WPT) ...
This paper derives an expression of efficiency of wireless power transfer on a situation that there ...
This paper derives an expression of efficiency of wireless power transfer on a situation that there ...
This paper proposes a new and general method to optimize a working frequency and a load resistance i...
In this work we concentrate on the two possible regimes at which wireless power transfer can be atta...
Maximum load power and higher efficiency of the system are two major design aspects of the wireless ...
We consider wireless power transfer, realized by means of resonant reactive magnetic coupling, betwe...
This thesis presents a comprehensive theory of wireless power transfer via inductive links. Design-o...
We propose the conditions for maximum overall efficiency at the constraint of satisfying asymmetric ...
A method to control the power distribution among receivers by the load values in a single-input, mul...
This paper presents wireless high-power transfer application in wireless chargers for electro mobili...
The power balance analysis of the capacitive wireless power transfer was conducted in a general mann...
Analysing a wireless power transfer system is necessary to understand its performance and how differ...
The problem of determining the optimal loads for realizing maximum power transfer...
In these days, electric vehicles are enthusiastically researched as a countermeasure to air pollutio...
Conditions for load-independent output voltage or current in two-coil wireless power transfer (WPT) ...