voice coil impedence

[Cliff Younce]

the mismatch came on a trade that i didnt even suspect a mismatch. didnt know until i built new box and found out. Still noone answered my original question.

[Cliff Younce]

the mismatch came on a trade that i didnt even suspect a mismatch. didnt know until i built new box and found out. Still noone answered my original question.

[Cliff Younce]

the mismatch came on a trade that i didnt even suspect a mismatch. didnt know until i built new box and found out. Still noone answered my original question.

[Jessica]

http://www.bcae1.com/spkrmlti.htm

use that, there should be a calc there that will help, just have to scroll through them.

may have to use two separate ones and plug the results into another.

[Cliff Younce]

the mismatch came on a trade that i didnt even suspect a mismatch. didnt know until i built new box and found out. Still noone answered my original question.

sry double post.dont know why it did this

[Cliff Younce]

http://www.bcae1.com/spkrmlti.htm

use that, there should be a calc there that will help, just have to scroll through them.

may have to use two separate ones and plug the results into another.

k.thx

[ShadeTreeMechanic]

In a series circuit, the series branch is known as a voltage divider. Voltage is divided between each load in series equally if the loads are equal. If they are not equal, the load with the highest resistance will drop the most voltage across it. In a parallel circuit known as a current divider, the current is divided at each node equally if all loads are equal. If loads are not equal, the load with the lowest resistance gets the most current.

[Jessica]

In a series circuit, the series branch is known as a voltage divider. Voltage is divided between each load in series equally if the loads are equal. If they are not equal, the load with the highest resistance will drop the most voltage across it. In a parallel circuit known as a current divider, the current is divided at each node equally if all loads are equal. If loads are not equal, the load with the lowest resistance gets the most current.

[Triticum Agricolam]

i am running my dual 4 parallel and my dual 2 only on one coil so they both are at 2, paralleled at amp running 1 ohm

Running one sub on only one coil actually makes your problems worse. When you run a DVC sub on only one coil it significantly changes the T/S parameters of the sub. So instead of just having mismatched impedance, you have completely mismatched subs.

[MrSkippyJ]

In a series circuit, the series branch is known as a voltage divider. Voltage is divided between each load in series equally if the loads are equal. If they are not equal, the load with the highest resistance will drop the most voltage across it. In a parallel circuit known as a current divider, the current is divided at each node equally if all loads are equal. If loads are not equal, the load with the lowest resistance gets the most current.

Thanks for the response, I was in a hurry on my phone and had to type a short question. Help me understand though, because I am electrically uneducated...it makes sense now that you explained it, but I still don't understand why. Why does the extra voltage go to the highest resistance, in my head it seems like it would go to the lowest.