The same analysis may be applied to the parallel LC circuit.

In the classical case the energy of LC circuit will be:

Thus, the total energy of the quantum LC circuit should be:

The energy in the LC circuit is then radiated through the aerial.

A pure LC circuit is an ideal which really only exists in theory.

The LC circuit is excited by an external electric pulse.

First consider the impedance of the series LC circuit.

At LC circuit energy saves in the capacitor's electric field.

(Notice that the LC circuit does not, by itself, resonate.

An ideal LC circuit does not have resistance.

The segmented electrodes couple the motion of the single electron to the LC circuit.

Thus, the wave quantum LC circuit has no charges in it, but electromagnetic waves only.

The resonance effect of the LC circuit has many important applications in signal processing and communications systems.

These can be considered as simplified LC circuits.

Each metal pad has four connecting branches forming a distributed LC circuit.

Microwave resonant cavities can be represented and thought of as simple LC circuits.

Foster's first form consists of a number of series connected parallel LC circuits.

An LC circuit can store electrical energy oscillating at its resonant frequency.

LC circuits behave as electronic resonators, which are a key component in many applications:

A notch filter, usually a simple LC circuit, is used to remove a specific interfering frequency.

Figure 14 is a band-stop filter formed by a parallel LC circuit in series with the load.

LC circuit is an electronic circuit made up of an inductor and a capacitor.

This is done so that an inductor and a capacitor can be used in an LC circuit to change the voltage.

Cards use a simple LC circuit.

The tablet generates an electromagnetic signal, which is received by the LC circuit in the stylus.