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Various rectifier circuits such as those for consumer electronics and appliances, rectifier circuits of the capacitor input type are generally used. The various harmonics generated within such a power system become a serious problem. Various studies to reduce these effects have been presented so far. However, most of these employ switching devices, such as MOSFETs and the like. Removing the need for...
In recent years, various clean energies have been developed, and their practical use is expected for a fuel cell, a solar cell and so on. Since these are low voltage, voltage boost is needed in practical applications. This paper proposes a novel converter which is used for voltage boost using LC resonance. The switch is turned-on and off at the instant when current becomes zero due to LC resonance,...
For small capacity rectifier circuits such as those for consumer electronics and appliances, rectifier circuits of the capacitor input type are generally used. The various harmonics generated within such a power system become a serious problem. Various studies to reduce these effects have been presented so far. However, most of these employ switching devices, such as MOSFETs and the like. Removing...
For consumer electronics and appliances, rectifier circuits of the capacitor input type are generally used. The various harmonics generated within such a power system become a serious problem. Various studies to reduce these effects have been presented so far. However, most of these employ switching devices, such as MOSFETs and the like. Removing the need for switching devices renders the systems...
This paper proposes a new equivalent circuit for induction motors having the harmonic components. The proposed circuit consists of T-type equivalent circuit and LC resonant circuit, which is connected in parallel with load resistance. Various features of the induction motors including harmonics can be easily obtained by the proposed circuit. The fundamental component is expressed by the conventional...
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