TY  - BOOK
AU  - Ciletti,Michael D.
TI  - Introduction to circuit analysis and design
SN  - 0030705630
U1  - 621.381042 19
PY  - 1988///
CY  - New York
PB  - Holt, Rinehart and Winston
KW  - Electric circuit analysis
KW  - Electronic circuit design
N1  - CHAPTER 1 Elementary circuit relationships.
Introduction 
circuit models and assumptions.
Voltage and current.
Ideal voltage and current sources.
Resistors and Ohm's law
etc.

CHAPTER 2. Current analysis methods.
Introduction.
Nodal analysis (NA) and KCL
Mesh analysis (MA) and KCL

CHAPTER 3. useful circuit properties.
Introduction.
Linearity and superposition 
Thevenin equivalent circuit 
theve equivalent circuits/superposition 
Norton equivalent circuits
Norton equivalent circuits/superposition.
etc.

CHAPTER 4. Operational amplifiers.
Introduction.
Finite-gain feedback amplifiers 
Ideal operational amplifiers 
Voltage follower
Buffer circuit 
etc.

CHAPTER 5. Energy storage elements.
Introduction 
Energy storage elements
The capacitor 
the indictor 
Derivative models 
Energy storage
Parallel circuits and current division 
etc.

CHAPTER 6. signal models
Introduction 
Constant signals 
Unit step 
Ramps and polynomials.
Pulses and impulses.
Exponential signals
etc

CHAPTER 7. Input /output models for circuit response 
Introduction
Input/output models
Solving the circuit 1/0 model
Boundary conditions
Repeated natural frequencies
etc. 

CHAPTER 8 Rest -order circuit response.
Introduction
Capacitor response
Series-RC-Circuit response 
Zero-input Response.(ZIR)
Zero-state response (ZSR)
The initial-state response (ISR)
etc.

CHAPTER 9 Additional properties of first order circuits.
Introduction 
ZIR linearity 
ZSR source -signal scaling ( amplification)
ZSR Linearity and superposition.
ZSR and ISR to ramp input signals 
etc.

CHAPER 10. first -order  circuits with sinusoidal input.
Introduction.
Complex exponential signals
The particular solution for a sinusoidal input signal
ZSR to Sinusoidal input.
Sinusoidal steady-state response 
Superposition of sinusoidal signals.

CHAPTER 11. Second-order circuit response.
Introduction.
series RLC circuit.
1/0 Model for a second-order OP AMP circuit 
Second -order natural solutions.
Boundary conditions.
ZIR, ZSR, and ISR.
ETC.

CHAPTER 12.
Introduction.
Generalized impedance and admittance 
Generalized KVL and KCL.
Series and Parallel circuits.
Generalized voltage and current division.
Circuit modelling and analysis -an easier way.
etc.

CHAPTER 13. Frequency-domain models and sinusoidal steady-state analysis.
Introduction.
Impedance, admittance, and phasors
Steady-state circuit analysis with phasors.
Phasors models of circuits.
Source superposition 
Thevenin and Norton equivalent circuits.
etc.

CHAPTER 14 the Fourier series 
Introduction.
Periodic signals
The phasor signal set.
Complex Fourier series.
Fourier series properties.
Signal spectra 
etc.

CHAPTER 15 the Fourier transform.
Introduction.
Non-periodic signals: the Fourier transform
Amplitude spectrum 
Existence of the Fourier transform 
Fourier transform properties.
Energy spectrum.
etc.

CHAPTER 16 Circuit analysis the Laplace transforms.
Introduction 
The Laplace transform.
Inverse transform and partial fraction expansions.
Laplace transforms and differential equations 
Impulse response 
Circuit analysis with Laplace transforms.
etc.

CHAPTER 17 Frequency response and an introduction to filter design.
Introduction.
Frequency response: Magnitude and phase characteristic.
First-order low pass filter.
Second-order 
Highpass filter.
Bandpass filters.
etc.

CHAPTER 18 Models for two port networks.
Introduction.
Mpedance model of a circuit 
Admittance parameters.
Hybrid parameters 
Transmission parameters 






















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