Inductor & Capacitor

Flow

1. Magnetic effect is applied on the circuit
2. Magnetic field tries to grow
3. Inductor issues a resisting magnetic-effect
4. Magnetic field grows gradually (but slower, as it’s partially transferred to the capacitor)
5. Capacitor is charging gradually as well (along with the magnetic field, see previous item)
6. The resisting magnetic-effect is getting smaller (in respect to the transferred energy to the capacitor)
7. Magnetic field & constructor reach their maximum
8. Capacitor continues charging
9. Magnetic field & constructor decay
10. Inductor issues an assisting magnetic effect (which retards/delays the magnetic field/constructor change)
11. Capacitor is fully charged