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Experimented Laws and Simple Circuits
j Some Useful Techniques of Circuit Analysis
THE TRANSIENT CIRCUIT
17 other sections not shown
admittance amplitude applied assume average power capacitance capacitor capacitor voltage circuit containing circuit element circuit of Fig circuit shown coil complex frequency complex number consider constant current and voltage current source defined determine domain Drill Prob Drill Problems dual electrical energy equivalent circuit example exponential expression farad Find forced response forcing function Fourier series frequency-domain ideal voltage source inductance inductor inductor current infinite input impedance integral Kirchhoff's current law Kirchhoff's voltage law linear load locus loop loop currents magnitude maximum mesh currents method natural response network shown nodal analysis Norton's theorem obtained ohms parameters phase angle phasor phasor diagram plane pole-zero power delivered pulse radians/sec ratio reference node resistance resistor series RLC circuit short-circuit shown in Fig sinusoidal sketch superposition superposition principle switch terminals Thevenin Thevenin equivalent Thevenin's theorem time-domain transformer voltage and current volts wattmeter watts waveform zero