Solve Strangeways Equation: High Pass Filter w/ Inductor

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AI Thread Summary
The discussion revolves around converting Strangeways' equation from a capacitor-based high pass filter to one that incorporates an inductor. The original equation involves resistors and a capacitor, and the user is seeking assistance in simplifying it for a high pass filter configuration with an inductor. There is confusion regarding the specifics of Strangeways' equation and its application to transfer functions and frequency response. Participants are encouraged to provide clarification and resources to aid in understanding the equation. The user expresses a strong need for help in this mathematical transformation.
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Homework Statement



I'm having difficulty turning strangeways' equation from an equation with a capacitor into a high pass equation with an inductor. I'm also having problems typing the equation out so I'm just going to write it out in words...It's H(jw) equals 1 over ((1 over Resistor2) plus jw(omega)C) all of that over Resistor1 plus 1 over ((1 over Resistor2) plus jwc)) I hope this is not too confusing.

Homework Equations





The Attempt at a Solution


It would be wonderful if someone can help me with this, and if someone can help me take that equation and simplify it. Thanks in advance!
 
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What the heck is a Strangeway's equation? Can you provide a link?
 
I wish I could but I can't find one. What I do know is it has something to do with transfer functions and frequency response. The only way I could explain it is how I did previously. PLEASE HELP!
 
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