Introduction to electric circuits

Electric circuits variables.--
Electric circuits and current.--
Systems of units.--
Voltage.--
Power and energy.--
Circuit análisis and design.--
How can we check?.--
Design example – jet valve controller.--
Circuit elements.--
Engineering and linear models.--
Active and passive circuit elements.--
Resistors.--
Independent sources.--
Voltmeters and ammeters.--
Dependen sources.--
Transducers.--
Switches.--
How can we check?.--
Design example – temperatura sensor.--
Resistive circuits.--
Kirchhoff’s laws.--
Series resistors and voltaje division.--
Parallel resistors and current division.--
Series voltage sources and parallel current sources.--
Circuit analysis.--
Analyzing resistive circuits using MATLAB.--
How can we check?.--
Design example – adjustable voltage source.--
Methods of analysis of resistive circuits.--
Node voltage analysis of circuits with current sources.--
Node voltage analysis of circuits with current and voltage sources.--
Node voltage analysis with depend sources.--
Mesh current analysis with independent voltage sources.--
Mesh current analysis with current and voltage sources.--
Mesh curent analysis with dependent sources.--
The node voltage method and mesh current method compared.--
Circuit analysis using MATLAB.--
How can we check?.--
Design example – potentiometer angle display.--
Circuits theorems.--
Source transformations.--
Superposition.—
Thévenin´s theorem.--
Norton´s equivalent circuit.--
Maximum power transfer.--
Using MATLAB to determine the Thévenin equivalent circuit.--
Using PSpice to determine the Thévenin equivalent circuit.--
How can we check?.--
Design example – strain gauge bridge.--
The operational amplifier.--
The operational amplifier.--
The ideal operational amplifier.--
Nodal analysis of circuits containing ideal operational amplifier.—
Desing using operational amplifier.--
Operational amplifier circuits and linear algebraic equations.--
Characteristics of practical operational amplifiers.--
Analysis of op amp circuits usign MATLAB.--
Using PSpice to analyze op amp circuits.--
How can we check?.--
Design example – transducer interface circuit.--
Energy storage elements.--
Capacitors.--
Energy storage in a capacitor.--
Series and parallel capacitors.--
Initial conditions of switched circuits.--
Operational amplifier circuits and linear differential equations.--
Using MATLAB to plot capacitor or inductor voltage and current.--
How can we check?.--
Design example – integrator and switch.--
The complete response of RL and RC circuits.--
First-order circuits.--
The response of a first-order circuit to a constant input.--
Sequential switching.--
Stability of first-order circuits.--
The unit step source.--
The response of a first-order circuit to a nonconstant source.--
Differential operators.--
Using PSpice to analyze first-order circuits.--
How can we check?.--
Design example – a computer and printer.--
The complete response of circuits with two energy storage elements.--
Differential equation for circuits with two energy storage elements.--
Solution of the second-order differential equation-the natural response.--
Natural response of the unforced parallel RLC circuit.--
Natural response of the critically damped unforced parallel RLC circuit.--
Forced response o an RLC circuit.--
State variable approach to circuit analysis.--
Roots in the complex plane.--
How can we check?.--
Design example – auto airbag igniter.--
Sinusoidal steady-state analysis.--
Sinusoidal sources.--
Phasors and sinusoids.--
Impedances.--
Series and parallel impedances.--
Mesh and node equations.--
Thévenind and Norton equivalent circuits.--
Superposition.--
Phasor diagrams.--
Op amps in AC circuits.--
The complete response.--
Using MATLAB to analyze AC circuits.--
Using PSpice to analyze AC circuits.—
How can we check?.--
Design example – ano p amp circuit.--
AC steady- state power.--
Electric power.--
Instantaneous power and average power.--
Effective value of a periodic waveform.--
Complex power.—
Power factor.--
The power superposition principle.--
The máximum power transfer theorem.--
Coupled inductors.--
The ideal transformer.--
How can we check?.--
Design example – máximum power transfer.--
Three-phase circuits.--
Three-phase voltajes.--
The Y-to-Y circuit.--
The A-connected source and load.--
The Y-to-A circuit.--
Balanced three-phase circuits.--
Instantaneous and average power in a balanced thee-phase load.--
Two-wattmeter power measurement.--
How can we check?.--
Design example – power factor correction.--
Frequency response.--
Gain, pase shift, and the network function.--
Bode plots.--
Resonant circuits.--
Frequency response of op amp circuits.--
Plotting bode plots using MATLAB.--
Using PSpice to plot a frequency response.--
How can we check?.--
Design example – radio tuner.--
The laplace trnsform.--
Laplace transform.--
Pulse inputs.--
Inverse Laplace transform.--
Initial and final value theorems.--
Solution of differential equations describing a circuit.--
Circuit analysis using impedance and initial conditions.--
Transfer function and impedance.--
Convolution.--
Partial fraction expansión using MATLAB.--
How can we check?.--
Design example – adjustable voltage source.--
Fourier series and Fourier transform.--
Exponential form properties.--
The Fourier spectrum.--
Circuits and Fourier series.--
Using PSpice to determine the Fourier series.--
The spectrum transform.--
Fourier transform properties.--
The spectrum of signals.--
Convolution and circuit response.--
The Fourier transform and the Laplace transform.--
How can we check?.--
Design example – DC power supply.--
Filter circuits.--
The Electric filter.--
Filters.--
Secod-order filters.--
High-order filters.--
Simulating filter circuits using PSpice.--
How can we check?.--
Design example – anti-aliasing filter.--
Two-port and three-port networks.--
T-to-II Transformation and two-port thee-terminak networks.--
Equations of two-port networks.--
Z and Y parameters for a circuit with dependent sources.--
Hybrid and transmission parameters.--
Relationships between two-port parameters.--
Interconnection of two-port networks.--
How can we check?.--
Design example – transistor amplifier.--
Getting started with PSpice.--
MATLAB, matrices, and complex arithmetic.--
Mathematical formulas.--
Standard resistor color code.—