TY  - BOOK
AU  - Robbins,Allan H.
AU  - Miller,Wilhelm C.
TI  - Circuit analysis with devices: theory and practice 
SN  - 1401879845 (hbk.)
U1  - 621.3192 
PY  - 2004///
CY  - Clifton Park, N.Y.
PB  - Thomson/Delmar Learning
KW  - Electric circuit analysis
KW  - Electronic apparatus and appliances
KW  - Electronic systems
N1  - Preface.  - To the student.  - I.  Foundation DC concepts. 1.  Introduction.  2.  Voltage and current.  3.  Resistance.  4.  Ohm's law, power, and energy.  - II.  Basic DC analysis.  5.  Series circuits.  6.  Parallel circuits.  7.  Series-parallel circuits.  8.  Methods of analysis.  9.  Network theorems.  - III.  Capacitance and inductance.  10.  Capacitors and capacitance.  11.  Capacitor charging, discharging and simple waveshaping circuits.  12.  Magnetism and magnetic circuits.  13.  Inductance and inductors.  14.  Inductive transients.  - IV.  Foundation AC concepts.  15.  AC Fundamentals.  16.  R, L, and C elements and the impendance concepts.  17.  Power in AC circuits.  - V.  Impendance networks.  18.  AC series-parallel circuits.  19.  Methods of AC analysis.  20.  AC Network theorems.  21.  Resonance.  22.  Filters and the bode plot.  23.  Transformers and coupled circuits.  - IV.  Foundation electronic concepts.  24.  Introduction to semiconductors.  25.  Diode theory and application.  26. Basic transistor theory.  27.  Transistor amplifiers.  28. Operational amplifiers.  29.  Applications of Op-amps.  30.  Oscillators.  31.  Thyristors and optical devices.  - Appendix A.  PSpice and multiSIM.  - Appendix B.  Solution of simulataneous linear equations.  - Appendix C.  Maximum power transfer theorem.  - Appendix D.  Answers to odd-numbered problems.  - Glossary.  - Index; 1 electronic optical disc (CD-ROM) : Circuit analysis : theory and practice, 3e. ISBN 1401811566 ; Circuit analysis with devices : theory and practice. ISBN 1401879845 [by]  Robbins & Miller
ER  -