Problem nr1.
By considering the basics of the components of electricity(magnetism and dielectricity) and hence the way condensers and inductors behave, and hence the parallell RLC circuit.
How do i make the oscillation between the inductor(s) and the condenser(s) more inert in the sense that the oscillation between it lasts as long as possible when i remove the power source from the circuit, and the resistor ,in this case for simplicity, is a lamp between the L and C.
Since my knowledge is superficial and theoretical.
The higher the inductance and capacitance the higher the electrical inertia.
But when the energy storage becomes high wont it become a filter and hence try to kill the oscillation when the frequency is low (30-400hz)?
Question nr2.
How do i make a multi-bandpass filter from different filters so that their properties dont mix with each other creating another different filter.
By considering the basics of the components of electricity(magnetism and dielectricity) and hence the way condensers and inductors behave, and hence the parallell RLC circuit.
How do i make the oscillation between the inductor(s) and the condenser(s) more inert in the sense that the oscillation between it lasts as long as possible when i remove the power source from the circuit, and the resistor ,in this case for simplicity, is a lamp between the L and C.
Since my knowledge is superficial and theoretical.
The higher the inductance and capacitance the higher the electrical inertia.
But when the energy storage becomes high wont it become a filter and hence try to kill the oscillation when the frequency is low (30-400hz)?
Question nr2.
How do i make a multi-bandpass filter from different filters so that their properties dont mix with each other creating another different filter.