Electrical Circuit Theory and Technology by john Bird
| ISBN 0 7506 5784 7 | PDF | Pages 975 | 6.5 MB|
Content,
- Basic Electrical Engineeing
Unit Associated With Basic electrical Quantities
An Introduction to Electric Circuit
Resistance Variation
Chemical Effect of Electricity
Series And Parallel Networks
Capacitors And Capacitance
Magnetic Circuits
Electromagnatism
Electromagnetic Induction
Electrical Measuring Instrument and Measurement
Semi Conductor Diodes
Transisitors
- Electrical Principle and Technologhy
D.C Circuit Theory
Alternating Voltage And Current
Single Phase Series A.C Circuit
Single Phase Parallel A.C Circuit
Operational Amplifiers
Three Phase System
Transformers
D.C Machines
Three Phase Induction Motors
A.C Theory
- Advanced Circuit Theory and Technology
Revision of complex numbers
Application of complex numbers to series a. c. circuits
Application of complex numbers to parallel a. c.
networks
Power in a.c. circuits
A.C. bridges
Series resonance and Q- factor
Parallel resonance and Q- factor
Introduction to network analysis
esh-current and nodal analysis
The superposition theorem
Thevenins and Nortons theorems
Delta-star and star-delta transformations
Maximum power transfer theorems and impedance
matching
Complex Waveforms
A numerical method of harmonic analysis
Magnetic materials
Dielectrics and dielectric loss
Field theory.
Attenuators
Filter networks
Magnetically coupled circuits
Transmission lines
Transients and Laplace transforms
Main formulae for part 3 advanced circuit theory and
technology.
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