Electrical Engineering / Kimberly E.E
Publication details: Scranton The Harddon Craftsmen, Inc 1951Edition: 3rd editionDescription: xi; 394 p.: ill; 23 cmSubject(s): DDC classification:- 22 621 KIM
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Table Content
Introduction
Chapter 1 Magnetic fields and the generation of electromotive force
Magnetic field
Electromotive force produced by motion
Fleming's right hand rulles
Electromotive force produced by change of flux linkages
Magnetic field about a conductor carrying current .
Etc.
Chapter 2 Commercial forms of electromotive force: power and energy
Commercial forms of electromotive forces: power and energy
Chapter 3 The electric circuit
Application of Ohm's law.
Voltage rise and voltage drop
Comparison of direct and alternating current
Alternating current in resistive circuits
Resistors in series
Etc.
Chapter 4 Electromotive forces in conductors in series
Use of vectors
Phase displacement
Addition of voltages with phase displacement
A more convenient notation
The polar form of vector representation
Etc.
Chapter 5 Circuits with resistance, Inductance and capacitance
Inductance
Mutual inductance
Inductive reactance
Circuits with resistance
Series circuit of more than one part with resistance and inductance
Etc.
Chapter 6 Electrical conductors
Resistance of conductor
Wire gages
Change in resistance with change in temperature
Economical size of wire
Chapter 7 Electromagnets
Magnetic circuit
Magnetomotive force
Permeability and saturation of Iron
Series magnetic circuits
Parrallel magnetic circuit
Etc.
Chapter 8 Electrical Transients
Direct current transients
Current transient in a purely inductive circuit
Current transient when RL circuit is closed
Time constant of the RL circuit
Storage of electromagnetic energy
Etc.
Chapter 9 Polyphase circuits
Classes of circuits
The use of the double subscript
Three phase circuits
Phase sequence
Electromotive forces in delta
Etc.
Chapter 10 The direct current machines
Types of direct current machines
Armature of direct current generator
The commutor
The elementary generator
Brushes
Windings
Etc.
Chapter 11 The D-C Machine as a motor: force on a conductor
Carrying a current in a magnetic field
Lenz's law
Simultaneous application of Farday's law and Lenz' law
The shunt motor
Interpole connections in motor
Calculation of Torque
Etc.
Chapter 12 Losses efficiency and rating of direct-current machines
Types of losses
Loss in shunt-field circuit of D-C generator
Loss in the Armature circuit
Losses by Windage and other friction ( Mechanical losses)
Stray load loss
Etc.
Chapter 13 Mechanical connection between motor and load
Direct drive and gear head motors
Belt drives
Gear drives
Calculation of accelerting time
Chapter 14 Conversion of D-C generator
Similarity of motor to generator
Conversion of shunt machine
Conversion of compound interpole type machine.
Chapter 15 Control of direct current motors
Starting of D-C motors
Drum controllers
Automatic starters
Counter-emf starters
Series-relaystarters
Etc.
Chapter 16 Electrical Instruments and meters
Types of instruments
Direct current volmeters (D'Arsonval type)
Includes Index: p 391-394
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