Electrical Machines

Magnetic field and magnetic induction

Magnetic field and magnetic induction

The conversion of electrical energy in induction-type machines is carried out using electromagnetic fields. A magnetic field is called space, the state and properties of which are determined by the movement of electric charges. Two manifestations are inherent in a magnetic field: force action on moving electric charges and excitation of an electric field when …

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High Performance Capacitor

Considerations for a High Performance Capacitor

High Performance Capacitor are discusse to very complex level. If you need some other high voltage articles visit here. Basic Considerations of High Performance Capacitor Dissipation Factor (DF) Quality Factor (Q) Equivalent Series Resistance (ESR) The dissipation factor (DF), the quality factor (Q) and the equivalent series resistance (ESR) are important parameters of high-performance capacitors. …

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Electromechnical Energy Conversion

Electromechnical Energy Conversion

Electromechnical Energy Conversion are essential to understand. For more visit here. Every electrical machine makes use of magnetic field energy as an intermediate form of energy in the process of electrical-mechanical energy conversion. i.e energy conversion takes place from electrical energy energy to magnetic field energy to mechanical energy (in case of motor) or vice …

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