Electrical Transients in Power SystemsFor college students and practicing engineers. |
Contents
Fundamental Notions about Electrical Transients | 1 |
Electromagnetic Phenomena of Importance under Transient Con | 8 |
The Laplace Transform Method of Solving Differential Equations | 10 |
Copyright | |
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AIEE analog computer applied arrester C₁ C₂ cable capacitance capacitor bank Chapter charge circuit breaker close components conductor connected consider core current zero curves cycle damping described device diagram Duhamel's integral effect electric electronic energy equations equipment equivalent circuit example fault current flashover flux function ground high-voltage inductance inductor initial input insulation integral interruption inverse transform jo(LC L₁ Laplace transform leakage inductance lightning load loop measuring natural frequency occurs oscillation oscillograph oscilloscope output overvoltage peak phase potential divider power system problem R₁ reactance reactor rectifier represents resistance resistor response restrike RLC circuit Section short circuit shown in Fig shunt signal sinh solution sparkover surge impedance switching operation switching surges symmetrical components system voltage terminal three-phase thyristor Trans transient current transient recovery voltage transient voltage transmission line traveling wave typical V₁ winding Z₁