RLC circuit
Configurations
Each RLC circuit consists of two components: a power source and the resonator. There are two types of energy sources and Thvenin Norton. Similarly, there are two types of series LC resonators and LC parallel. As a result, there are four configurations of RLC circuits:
Series LC with carbon composites Thvenin advanced power source
Series LC with Norton power source landscape aluminum edging
LC parallel with the power source Thvenin
Parallel LC with Norton power source.
It is relatively easy to show that each of the two series configurations can be transformed into the other using elementary network transformations specifically, by transforming the Thvenin power source to the equivalent Norton power source, or vice versa. Likewise, each of the two parallel configurations can be transformed into the other using the same network transformations. Finally, the Series/Thvenin and the Parallel/Norton configurations are dual circuits of one another. Likewise, the Series/Norton and the Parallel/Thvenin configurations are also dual circuits.
Similarities and differences between series and parallel circuits
The expressions for the bandwidth in the series and parallel configuration are inverses of each other. This is particularly useful for determining whether a series or parallel configuration is to be used for a particular circuit design. However, in circuit analysis, usually the reciprocal of the latter two variables is used to characterize the system instead. They are known as the resonance frequency and the Q factor respectively.
Fundamental parameters
There are two fundamental parameters that describe the behavior of RLC circuits: the resonance frequency and the attenuation (or, alternatively, the damping factor). In addition, other parameters derived from these first two are discussed below.
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