Electric circuits and signals. (2007)

• Record Type: Book
• Further Information: Note: By Nassir H. Sabah.
• Other Names: Sabah, Nassir H
• Contents: Circuit Variables and Elements; Overview; Learning Objectives; Electric Current; Voltage; Electric Power and Energy; Assigned Positive Directions; Active and Passive Circuit Elements; Voltage and Current Sources; The Resistor; The Capacitor; The Inductor; Concluding Remarks; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics on CD; Problems and Exercises; Basic Circuit Connections and Laws; Overview; Learning Objectives; Circuit Terminology; Kirchhoff’s Laws; Voltage Division and Series Connection of Resistors; Current Division and Parallel Connection of Resistors; D-Y Transformation; Source Equivalence and Transformation; Reduced-Voltage Supply; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Basic Analysis of Resistive Circuits; Overview; Learning Objectives; Number of Independent Circuit Equations; Node-Voltage Analysis; Special Considerations in Node-Voltage Analysis; Mesh-Current Analysis; Special Considerations in Mesh-Current Analysis; Superposition; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Circuit Simplification; Overview; Learning Objectives; Equivalent Circuits; Substitution Theorem; Source Rearrangement; Removal of Redundant Elements; Exploitation of Symmetry; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Sinusoidal Steady State; Overview; Learning Objectives; Sinusoidal Function; Response to Complex Sinusoidal Excitation; Phasor Notation; Phasor Relations of Circuit Elements; Impedance and Reactance; Representation in the Frequency Domain ; Phasor Diagrams; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Linear and Ideal Transformers; Overview; Learning Objectives; Mutual Inductance; The Linear Transformer; The Ideal Transformer; Reflection of Circuits; Transformer Imperfections; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Power Relations and Circuit Measurements; Overview; Learning Objectives; Instantaneous and Average Power; Complex Power; Power Factor Correction; Maximum Power Transfer; Measurement of Current, Voltage, and Power; Summary of Main Concepts and Results on CD; Learning Outcomes; Supplementary Topics and Examples; Problems and Exercises; Balanced Three-Phase Systems; Overview; Learning Objectives; Three-Phase Quantities; The Balanced Y Connection; The Balanced D Connection; Analysis of Balanced Three-Phase Systems; Power in Balanced Three-Phase Systems; Advantages of Three-Phase Systems; Power Generation, Transmission, and Distribution; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Responses to Periodic Inputs; Overview; Learning Objectives; Fourier Series; Fourier Analysis; Symmetry Properties of Fourier Series; Derivation of FSEs from those of Other Functions; Concluding Remarks on FSEs; Circuit Responses to Periodic Functions; Average Power and rms Values; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Frequency Responses; Overview; Learning Objectives; First-Order Frequency Responses; Bode Plots; Bandpass Response; Bandstop Response; Second-Order Lowpass and Highpass Responses; Improved Responses of Filters; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Duality and Energy-Storage Elements; Overview; Learning Objectives; Duality; Instantaneous Changes; The Impulse Function; Series and Parallel Connections with Zero Initial Energy; Series and Parallel Connections with Initial Stored Energy; Conservation of Charge and of Flux Linkage; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Natural Responses and Convolution; Overview; Learning Objectives; Natural Responses of First-Order Circuits; Natural Responses of Second-Order Circuits; Convolution; Special Cases of Convolution; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Switched Circuits; Overview; Learning Objectives; The Role of a Transient; Charging of an Energy Storage Element; General Solution for First-Order Circuits; Step Response of Second-Order Circuits; Switched Second-Order Circuits; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Two-Port Circuits; Overview; Learning Objectives; Circuit Description; Parameter Interpretation and Relations; Equivalent Circuits; Composite Two-Port Circuits; Analysis of Terminated Two-Port Circuits; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Laplace Transform; Overview; Learning Objectives; Definition of the Laplace Transform; Properties of the Laplace Transform; Solution of Ordinary, Linear Differential Equations; Theorems on the Laplace Transform; Responses of Circuit Elements in the s Domain; Solution of Circuit Problems in the s Domain; Interpretations of Circuit Responses in the s Domain; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Fourier Transform; Overview; Learning Objectives; Derivation of the Fourier Transform; Some General Properties of the Fourier Transform; Operational Properties of the Fourier Transform; Circuit Applications of the Fourier Transform; Parseval’s Theorem; Basic Properties of Signals and Systems; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Basic Signal Processing Operations; Overview; Learning Objectives; Distortion; Modulation; Deconvolution ; Sampling; Filtering and Smoothing; Analog-to-Digital Conversion; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Signal Processing Using Operational Amplifiers; Overview; Learning Objectives; Ideal Operational Amplifier and Basic Configurations; Op Amp Imperfections and Their Effects; First-Order Active Filters; Second-Order Active Filters; Comparators; Summary of Main Concepts; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Electric Circuit Analogs of Nonelectrical Systems; Overview; Learning Objectives; Mechanical Systems; Fluid Systems; Thermal Systems; Cell Membrane; Summary of Main Concepts and Results; Learning Outcomes; Supplementary Topics and Examples on CD; Problems and Exercises; Appendix: Reference Material; Bibliography Index
• Publisher Details: Place of publication not identified : CRC Press
• Publication Date: 2007
• Extent: 1 online resource (896 pages), (933 illustrations)
• Subjects: 621.3192; Electric circuits
• Languages: English
• ISBNs: 9781420045925
• Related ISBNs: 142004592X
• Access Rights: Legal Deposit; Only available on premises controlled by the deposit library and to one user at any one time; The Legal Deposit Libraries (Non-Print Works) Regulations (UK).
• Access Usage: Restricted: Printing from this resource is governed by The Legal Deposit Libraries (Non-Print Works) Regulations (UK) and UK copyright law currently in force.