ONLY if your amp can pull a 2 ohm load! Which is vary few but your more expensive amp can pull 1/2 ohm load
The 2- 4 ohm speakers can be hooked up in series to make 8 ohms. you cant hook up the 2- 6 ohm, cause if you put them in series, you have 12 ohms. If you put them in , parallel you have 3 ohms out from av to +(4ohms), -(4ohms) to +(4ohms), -(4ohms) to - av. And do the math 4ohms plus 4ohms equals 8ohms. doing the math on the 2- 6ohm speakers... 6ohms + 6 ohms = 12ohms I dont think 12ohms would blow your system, but it wont sound right. now if you raise the volume too loud on the av you will blow the speaker coils out you may boost the wattage of the 2-4ohm speakers (in series) to maybe 70 watts total ******************************************* If you connect loudspeakers in series, the amplifier can not properly damp them, but, unless you are a fairly critical listener, you perhaps won't detect the difference. Connecting two 6 ohm 'speakers in series will give a load of 12 ohms, and will not "blow" anything. Connecting a load impedance higher than the amplifier's design load will do no harm at all. The only disadvantage is that the amplifier will not be able to develop its rated power output.
Running all these speakers at the same time might damage the amplifier. There are switchers made to handle this task.
Yes. The "275W" is the maximum power that the speaker can handle at its input. The "120W" is the maximum undistorted power that the amp can deliver in the loud spots with the volume wide open. So the amplifier will never overdrive the speaker. The impedances of the speaker and amp-output should match. If one of them is marked "4 ohms", then they both should be. If they're not the same, then . . . -- the speaker may not sound as 'crisp' as it should. -- the amplifier may not deliver as much undistorted power as it should. -- the amplifier may not run as cool as it should. -- with an extreme mismatch and extended loud spots played at high volume, the amplifier may even be damaged.
You do pos to one side to pos the other side on the sub then the same for negative then to the amp you hook the pos to one channel then the negative to the other channel and the same on the other sub and amp
No
Yes. An acoustic-electric guitar plugs into an amplifier the same way a regular electric guitar does.
Amplifier instalation is the same as any-- power wire, ground wire, wires to subwoofer. The "tricky part is taping into existing wires to get the required input signal and the remote signal to switch the amp on and off.
Yes this amplifier works with a variety of subwoofers with various ohm loads. The amplifier will product the same power at 1.5 - 4 ohms making this a great choice for most subwoofers.
You can, but it just will not have the same sound quality.
No. All amplifiers have a current limit and a minimum impedance rating. Most home stereos cannot connect more than 2 8 ohm speakers in parallel. Connecting more can seriously damage the amplifier.
Because radio control relies on different frequencies. Since frequencies are involved in the process, an audio amplifier can be used to amplify alternating currents (currents that change), and it does the same job.
on my older jvc its no problem at all just ground the wire that your radio says to hook up to the ebrake. newer ones and like my pioneer need to have the radio turned on first then ground that wire. trick is --- get a standard universal relay--- like from autozone for your aftermarket driving/fog lights. take the 85 terminal of your relay and hook it to your radios power amplifier wire(usually blue with white stripe), take the 86 terminal and hook it to ground. take the 87 terminal and hook to the same ground, and finally take the 30 terminal and hook it to you radios ebrake wire. simple :-)