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.