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<blockquote data-quote="scarysoul" data-source="post: 2722767" data-attributes="member: 563777">I read this article from elitecaraudio.com then I came across this paragrah where he said...&quot;I have found that with kick panels, it is best to use a second tweet with an IDENTICAL crossover setting to the one used on the main tweets. Many guys will argue that you must crossover the added tweets much higher (like 8-10KHz of so), but this simply is not the case. I like to simply connect a second passive network in parallel with the main passive network to run the additional tweets, and place the resistor(s) inline BEFORE the second crossover (if you put a resistor AFTER a passive network, you will alter the crossover frequency DRAMATICALLY!!!).&quot;what does he mean by that? is it something like wiring amp to passive crossover then crossover to two tweeter and put the resistor between the crossover and the second tweeter? or amp to two passive crossover and put the resistor between the amp and the second crossover?</blockquote>

[QUOTE="scarysoul, post: 2722767, member: 563777"] I read this article from elitecaraudio.com then I came across this paragrah where he said... "I have found that with kick panels, it is best to use a second tweet with an IDENTICAL crossover setting to the one used on the main tweets. Many guys will argue that you must crossover the added tweets much higher (like 8-10KHz of so), but this simply is not the case. I like to simply connect a second passive network in parallel with the main passive network to run the additional tweets, and place the resistor(s) inline BEFORE the second crossover (if you put a resistor AFTER a passive network, you will alter the crossover frequency DRAMATICALLY!!!)." what does he mean by that? is it something like wiring amp to passive crossover then crossover to two tweeter and put the resistor between the crossover and the second tweeter? or amp to two passive crossover and put the resistor between the amp and the second crossover? [/QUOTE]

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