Power/Sound question
i know what im saying and its 2 ohms period.. speed on . i havnt been the one arguing with u about it. if you think its one ohm fine, go get a lollipop.. i dont care. its 2 ohms .. move on. read on... between the two links you posted they contradict themselves...
Last edited by JJDH; Nov 9, 2009 at 11:33 PM.
Great , another 20 year old that thinks he knows something . Your just as retarded as the rest . Read both articles (Don't look at the drawing because that is wrong . Both articles do not contradict each other . And people wonder why newbies like yourself , blow up amplifiers .
Wrong ,you have no clue . When you bridge a two channel amp ,it becomes 1 channel . Please read.
http://www.ehow.com/how_5149825_brid...amplifier.html
http://www.ehow.com/how_5149825_brid...amplifier.html
Another nice article.This paragraph was taken out of this article . I guess OMF350 would be considered MANY PEOPLE BELIEVE . Like I said ,I've been doing this ,probably longer than you've been alive ,and I am right .
NOTE: When you bridge two channels of an amplifier you will be cutting the "effective" impedance of the speaker load in half. For example, bridging an amplifier to a 4 ohm speaker will make the "effective" impedance 2 ohms. This is why an amplifier can quadruple the power of a single channel when bridged. Each of the previous two channels will see a load of 2 ohms. This would give a stereo output of 100 watts by two channels. Since there is only one channel it combines both 100 watt channels and becomes a 200 watt channel. This is an important point. Many people believe that if their amplifier is 2 ohm stable then they can bridge it to a 2 ohm speaker load. This is not the case as a bridged amplifier will see a 2 ohm speaker load as 1 ohm. Many authors have tried to explain why this is and I have yet to see one do it effectively. I'm no exception so my advice is just accept it as fact and don't bust your brain on it.
http://www.caraudiohelp.com/newslett...amplifiers.htm
NOTE: When you bridge two channels of an amplifier you will be cutting the "effective" impedance of the speaker load in half. For example, bridging an amplifier to a 4 ohm speaker will make the "effective" impedance 2 ohms. This is why an amplifier can quadruple the power of a single channel when bridged. Each of the previous two channels will see a load of 2 ohms. This would give a stereo output of 100 watts by two channels. Since there is only one channel it combines both 100 watt channels and becomes a 200 watt channel. This is an important point. Many people believe that if their amplifier is 2 ohm stable then they can bridge it to a 2 ohm speaker load. This is not the case as a bridged amplifier will see a 2 ohm speaker load as 1 ohm. Many authors have tried to explain why this is and I have yet to see one do it effectively. I'm no exception so my advice is just accept it as fact and don't bust your brain on it.
http://www.caraudiohelp.com/newslett...amplifiers.htm
amp will need to be 1 ohm stable in stereo though, to be 2 ohm stable bridged.
a bridged amp "shares" the impedance between 2 channels. While this isn't technically true since one channel is inverted when bridged, it's a common misconception and his opinion is understandable.
Ultimately the load itself is 2 ohms when two single voice coil 4 ohm woofers are wired in parallel, the amp's configuration is not part of that equati say......... 2ohms is the final load...
a bridged amp "shares" the impedance between 2 channels. While this isn't technically true since one channel is inverted when bridged, it's a common misconception and his opinion is understandable.
Ultimately the load itself is 2 ohms when two single voice coil 4 ohm woofers are wired in parallel, the amp's configuration is not part of that equati say......... 2ohms is the final load...
OMG , dude can you read? In Bridged Mode the amplifier will see 2 ohm speaker Impedence as 1 ohm . I guess your in the MANY PEOPLE BELIEVE catagory with OMF350 . If you hook 1 SVC 4 ohm driver to a BRIDGED 2 channel amp , the amp will see a 2 ohm load . If you parallel wire another SVC 4 ohm driver , the amp will see a 1 ohm load . If you people think different , you don't have a clue .
Im sorry you do not have this ability.

Oh he is definetly mad.
You may be a big fish in a little pond here, but c'mon. We've all been talking crap since kindergarden. You can stop now.
Great , another 20 year old that thinks he knows something . Your just as retarded as the rest . Read both articles (Don't look at the drawing because that is wrong . Both articles do not contradict each other . And people wonder why newbies like yourself , blow up amplifiers .
No one here is retarded, but one of the three of us is certainly close-minded.
I'll let you and your "forever years of Car Audio" figure out which.
Great , another 20 year old that thinks he knows something . Your just as retarded as the rest . Read both articles (Don't look at the drawing because that is wrong . Both articles do not contradict each other . And people wonder why newbies like yourself , blow up amplifiers .
so u think that since ur drawing is wrong that the paragraph is right... nice
Great , another 20 year old that thinks he knows something . Your just as retarded as the rest . Read both articles (Don't look at the drawing because that is wrong . Both articles do not contradict each other . And people wonder why newbies like yourself , blow up amplifiers .


