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Electrical technology U.A. Bakshi

By: Bakshi, Uday A.
Contributor(s): Bakshi, V. U.
Material type: materialTypeLabelBookEdition: First edition.Description: xx, pages varying ; illustrations ; 28 cm.ISBN: 9788184316285.Subject(s): Automatic control | Electrical engineeringDDC classification: 621.3 Online resources: (Click here to access full-text book) Summary: Electrical Technology Book By U.A. Bakshi and V.U. Bakshi – The book starts with the very fundamentals of the electricity – subject chapter explains the structure of matter and concept of charge, current and electromotive force, charge-current relation, electric resistance, conductivity and resistivity, how temperature affects resistance, insulation resistance, batteries and cells, cell types and terminology involved. The second chapter deals with the direct current circuits – terminology, their classification, sources of energy, voltage and current division, combination of sources, fundamental laws, source transformation, basic rules, theorems, and concepts. The next chapter addresses magnetic circuits – magnets and their properties, magnetic field, fundamental laws, pole strength, magnetic flux, permeability, reluctance, comparison of electric and magnetic circuits, etc. Then there comes a chapter dedicated to the electromagnetic induction – the readers will know about Faraday’s experiment and his laws of induction, nature of the induced EMF, dynamically-, statically-, self-induced and mutually induced electromagnetic force, energy
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Books Books Learning Resource Center University of Management and Technology, Sialkot Iqbal Campus

 

General Stacks
621.3 BAK-E 2009 12087 (Browse shelf) Available 12087
Books Books Learning Resource Center University of Management and Technology, Sialkot Iqbal Campus

 

General Stacks
621.3 BAK-E 2009 12199 (Browse shelf) Available 12199
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Electrical Technology Book By U.A. Bakshi and V.U. Bakshi – The book starts with the very fundamentals of the electricity – subject chapter explains the structure of matter and concept of charge, current and electromotive force, charge-current relation, electric resistance, conductivity and resistivity, how temperature affects resistance, insulation resistance, batteries and cells, cell types and terminology involved.

The second chapter deals with the direct current circuits – terminology, their classification, sources of energy, voltage and current division, combination of sources, fundamental laws, source transformation, basic rules, theorems, and concepts. The next chapter addresses magnetic circuits – magnets and their properties, magnetic field, fundamental laws, pole strength, magnetic flux, permeability, reluctance, comparison of electric and magnetic circuits, etc.

Then there comes a chapter dedicated to the electromagnetic induction – the readers will know about Faraday’s experiment and his laws of induction, nature of the induced EMF, dynamically-, statically-, self-induced and mutually induced electromagnetic force, energy

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