FINAL EXAM CIRCUIT ANALYSIS
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CIRCUIT VARIABLES
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International System of Units (SI units)
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Relationship between Voltage, Current, Power and Energy
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CIRCUIT ELEMENTS
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Voltage and current sources
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Ohm’s law
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Kirchhoff’s laws (KCL and KVL)
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Circuit analysis containing dependent sources
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SIMPLE RESISTIVE CIRCUITS
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Resistors in series and parallel
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Voltage division and current division rules
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Delta-to-Wye and Wye-to-delta circuits
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TECHNIQUES OF CIRCUIT ANALYSIS
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Node-voltage and mesh-current methods
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Thevenin and Norton equivalents with dependent sources
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Maximum power transfer
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Inductor and capacitor (voltage,current,power and energy)
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INDUCTANCE AND CAPACITANCE
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Series-parallel combinations of inductance and capacitance
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Sinusoidal source and response
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SINUSOIDAL STEADY-STATE ANALYSIS
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Phasor
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Passive circuit elements in frequency domain
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KVL and KCL in frequency domain
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SINUSOIDAL STEDY-STATE POWER CALCULATIONS
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Instantaneous power
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Series and parallel impedances circuits analysis in frequency domain using phasor
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Average and reactive power
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Rms value and power calculation
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Complex power
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Power calculation
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BALANCED 3-PHASE CIRCUITS (Application of sinusoidal steady state analysis)
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3-phase voltage sources
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Balanced 3-phase voltages
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Analysis of wye-wye circuits