preface
acknowledgments
a note to the student
part1��dc circuits
chapter1��basic concepts
1.1��introduction
1.2��systems of units
1.3��charge and current
1.4��voltage
1.5��power and energy
1.6��circuit elements
1.7��applicalions
1.7.1�� tv picture tube
1.7.2��electricity bills
1.8��problem solving
1.9��summary
review questions
problems
comprehensive problems
chapter 2��basic laws
2.1��introduction
2.2��ohms laws
2.3��nodes, branches, and loops
2.4��kirchhoffs laws
2.5��series resistors and voltage division
2.6��parallel resistors and current division
2.7��wye-delta transformations
2.8��applications
2.8.1��lighting systems
2.8.2��design of dc meters
2.9��summary
review questions
problems
comprehensive problems
chapter 3��methods of analysis
3.1��introduction
3.1��nodal analysis
3.3��nodal analysis with voltage sources
3.4��mesh analysis
3.5��mesh analysis with current sources
3.6��nodal and mesh analyses by inspection
3.7��nodal versus mesh analysis
3.8��circuit analysis with pspice
3.9��applications: dc transistor circuits
3.10 summary
review questions
problems
comprehensive problems
chapter 4��circuit theorems
4.1��introduction
4.2��linearity property
4.3 superposition
4.4��source transformation
4.5��thevenins theorem
4.6��nortons theorem
4.7��derivations of thevenins and nortons theorems
4.8��maximum power transfer
4.9��verifying circuit theorems with pspice
4.10 applications
4.10.1��source modeling
4.10.2 resistance measurement
4.11 summary
review questions
problems
comprehensive problems
chapter 5��operational amplifier
5.1��introduction
5.2��operational amplifiers
5.3��ideal op amp
5.4��inverting amplifier
5.5��noninverting amplifier
5.6��summing amplifier
5.7��difference amplifier
5.8��cascaded op amp circuits
5.9��op amp circuit analysis with pspice
5.10 applications
5.10.1 digital-to analog convener
5.10.2 instrumentation amplifiers
5.11 summary
review questions
problems
comprehensive problems
����
part 2��ac ciruits
part 3��advanced circuit analysis
index