Hayt, William Hart,
Engineering circuit analysis [[Book] /] William H. Hayt, Jr., Jack E. Kemmerly, Steven M. Durbin. - 7th ed. - Boston : McGraw-Hill Higher Education, c2007. - xxiii, 856 p. : ill. ; 27 cm.
Includes bibliographical references and index.
Ch. 1. Introduction -- Ch. 2. Basic components and electric circuits -- Ch. 3. Voltage and current laws -- Ch. 4. Basic nodal and mesh analysis -- Ch. 5. Useful circuit analysis techniques -- Ch. 6. The operational amplifier -- Ch. 7. Capacitors and inductors -- Ch. 8. Basic RL and RC circuits -- Ch. 9. The RLC circuit -- Ch. 10. Sinusoidal steady-state analysis -- Ch. 11. AC circuit power analysis -- Ch. 12. Polyphase circuits -- Ch. 13. Magnetically coupled circuits -- Ch. 14. Complex frequency and the Laplace transform -- Ch. 15. Circuit analysis in the s-domain -- Ch. 16. Frequency response -- Ch. 17. Two-port networks -- Ch. 18. Fourier circuit analysis -- App. 1. An introduction to network topology -- App. 2. Solution of simultaneous equations -- App. 3. A proof of Thevenin's theorem -- App. 4. A PSPICE tutorial -- App. 5. Complex numbers -- App. 6. A brief Matlab tutorial -- App. 7. Additional Laplace transform theorems.
All age.
0071109374 9780071109376
9780072866117 9780071106696
013325882
Electric circuit analysis.
Electric network analysis.
621.3192 621.3192
/ H.E
Engineering circuit analysis [[Book] /] William H. Hayt, Jr., Jack E. Kemmerly, Steven M. Durbin. - 7th ed. - Boston : McGraw-Hill Higher Education, c2007. - xxiii, 856 p. : ill. ; 27 cm.
Includes bibliographical references and index.
Ch. 1. Introduction -- Ch. 2. Basic components and electric circuits -- Ch. 3. Voltage and current laws -- Ch. 4. Basic nodal and mesh analysis -- Ch. 5. Useful circuit analysis techniques -- Ch. 6. The operational amplifier -- Ch. 7. Capacitors and inductors -- Ch. 8. Basic RL and RC circuits -- Ch. 9. The RLC circuit -- Ch. 10. Sinusoidal steady-state analysis -- Ch. 11. AC circuit power analysis -- Ch. 12. Polyphase circuits -- Ch. 13. Magnetically coupled circuits -- Ch. 14. Complex frequency and the Laplace transform -- Ch. 15. Circuit analysis in the s-domain -- Ch. 16. Frequency response -- Ch. 17. Two-port networks -- Ch. 18. Fourier circuit analysis -- App. 1. An introduction to network topology -- App. 2. Solution of simultaneous equations -- App. 3. A proof of Thevenin's theorem -- App. 4. A PSPICE tutorial -- App. 5. Complex numbers -- App. 6. A brief Matlab tutorial -- App. 7. Additional Laplace transform theorems.
All age.
0071109374 9780071109376
9780072866117 9780071106696
013325882
Electric circuit analysis.
Electric network analysis.
621.3192 621.3192
/ H.E