Capacitively coupled RLC circuits

[SadStudent]

Homework Statement

Given a set of two capacitively coupled RLC circuits where each has a capacitor C and they share a coupling capacitor C^{'}.
I'm trying to find nice organized material that will explain the various relevant
coefficients\concepts like QF, bandwidth etc. in relation to the above mentioned setup.
Or how to find the function of the maximal voltage as the function of frequency given a certain setup.

Homework Equations

The Attempt at a Solution

I do know how to solve the differential equations involved and get the voltage and current as the function of time but I can't find good sources that could explain all the aspects of coupling two circuits using a capacitor.

 

[berkeman]

Homework Statement

Given a set of two capacitively coupled RLC circuits where each has a capacitor C and they share a coupling capacitor C^{'}.
I'm trying to find nice organized material that will explain the various relevant
coefficients\concepts like QF, bandwidth etc. in relation to the above mentioned setup.
Or how to find the function of the maximal voltage as the function of frequency given a certain setup.

Homework Equations

The Attempt at a Solution

I do know how to solve the differential equations involved and get the voltage and current as the function of time but I can't find good sources that could explain all the aspects of coupling two circuits using a capacitor.

How is the combination circuit driven?

Does the circuit look like any of these coupled RLC circuits? https://www.google.com/search?hl=en...urce=og&sa=N&tab=wi&ei=pnUGU-q6Ec_poATJqYHgAQ

.

 

[SadStudent]

It looks like this:

And the we've measured the voltage on the R_{1} for various frequencies and C^{'} coupling capacitors.

 

[SammyS]

It looks like this:

And the we've measured the voltage on the R_{1} for various frequencies and C^{'} coupling capacitors.

I couldn't see that image.

Use the "Manage Attachments" feature of PF .

Here is the image below.