For my speakers I want to maintain as precisely as possible the original 1800Hz and 3500Hz crossover points. For the capacitors and inductors I will certainly maintain their original values, but I am wondering if I should be thinking too of the overall resistance of the original crossover should I maintain that as well?
The speaker has a 1st order crossover:
Tweeter: capacitor and resistor
Mid-range: capacitor, resistor ,inductor
Woofer: inductor
Let's say the tweeter circuit has a stock capacitor with a resistance of 2ohms and the resistor has a resistance of 2ohms giving a total of 4ohms. If the new capacitor I install has a resistance of 3ohms, should I decrease the resistor to 1ohm to maintain the 4ohm total for the circuit? The same question would apply to the capacitor associated with the mid-range driver.
For the inductors, I plan to use larger gauge coils than those that are in the speaker now, hence introducing lower resistance components. Should I add a resistor in series with each inductor to maintain the total resistance of those circuit branches?
Since I plan to use Duelund CAST resistors, I'm sure I would be able to request resistors with values permitting me to maintain the original total resistance of each component, but I am wondering if I am correct in thinking about it this way?
The alternative I think would be to just install RLC components that maintain the original values and let the overall resistance of each circuit drift a little from its original value.
I appreciate your recommendations, and as always, thanks for your help,
John