Find the total energy stored in the circuit? + 3 L = 2 mH %3D L= 4 mH %3D m C = 20 µF C2 = 50 µFP %3D 9V(+ 360 ЗА +
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Capacitor circuit : In many practical circuits, the steady-state is reached fast if the current at each point in the circuit remains constant (i.e., it does not change with time) as shown in the diagram. Any charge (or current) that enters the circuit must equal the charge (or current) that leaves it. A capacitor is an electrical component that absorbs and stores energy from a battery. The terminals are connected to two metal plates on the inside, which are separated by a non-conducting material. When a capacitor is engaged, it swiftly releases electricity in a fraction of a second.
Inductor in a circuit : Inductors are commonly employed in switched-mode power systems to produce DC current as energy storage devices. The inductor stores energy and delivers it to the circuit to keep current flowing during "off" switching periods, allowing for topographies with output voltage exceeding input voltage. Inductors are devices that store energy. The magnetic field begins to collapse and release energy as the current is gradually reduced, and the inductor becomes a current source. The inductor stores and delivers energy continuously when an alternating current (AC) flows through it.
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