It will not sound better or worse IMO, just require the more power to achieve the same SPL. The 2 components it affects are voltage and current. If you want the same power in a 4 ohm or a 8 ohm speaker, the 4 ohm speaker will take more current, and have less voltage across it. The increased flow of current can cause the amp to overheat. One 8-ohm speaker plays loudly with only half the current from the amp, but if two 8-ohm speakers are connected in parallel, the resistance in each speaker falls to 4 ohms to match the amp. 6 ohm speakers with amp (4 or 8 ohms) By ... Theoretically, on the assumption that your amplifier is a valve amp with 4 and 8 ohm taps, I would use the 4 ohm tap as that will provide more current. An improperly designed loudspeaker may have nasty impedance dips at certain … The calculation for mixing these speakers involves speaker system A (8 ohms) multiplied by speaker system B (16 ohms) = 128 ohms. Anything lower and you risk damage to your amplifier. For the same 1W, a 4 ohms resistor will have 2V across it, and it will draw 0.5A. BUT could this combo cause distortion? A parallel wiring turns those 2 8 ohm speakers into a system of 4 ohms total. At 20 watts, the amp isn't going to hurt the speaker, but it could very well hurt the amp. When impedance decreases and the potential difference remains the same, the current increases. Otherwise, there isn’t much difference comparing parallel wiring to series wiring. Or something like that! If your amp or receiver is intended for 6 or 8 ohm speakers, a lower impedance can cause problems. Can I use 4 ohm speakers with my AV receiver or power amp? If the amp could safely take 4 ohm speakers, then the manufacturer would certainly state this somewhere in the specification, because it is an additional selling point. But running the 4 ohm transformer with a 16 ohm speaker can generate very high flyback voltages when running the amp hard near max volume. If your speaker’s ohms are too low for your amplifier you run the risk of blowing out your speakers and frying your amplifier completely. Wiring a 4 ohm amp to a 2 ohm speaker is done often by car stereo enthusiasts. BUT you aren't driving a 4-ohm speaker with an 8-ohm amp, the output transformer doesn't work that way. Facebook. I currently own 8 and 4 Ohm variants of the same family of speakers and they do not sound noticeably different. The third type of wiring is a combination called series-parallel wiring. In a nutshell, that’s all it is.if(typeof __ez_fad_position != 'undefined'){__ez_fad_position('div-gpt-ad-noisylabs_com-large-leaderboard-2-0')}; The second-order effects of loading are understanding what loading effects. Now had you had it set to 8 ohm and tried to run a 4 ohm speaker? I bass manage my speakers however because they are not true full range. Just match up the impedances to keep your OT from melting down. ReddIt. One example of this is when current meets resistance. That would give me 12 ohms. One is that you should always match the impedance (4 ohm amp = 4 ohm speaker or two 8 ohm speakers in parallel), or you can blow your transformer. A pair of 4-ohm speakers in a series circuit equals a system impedance of 8 ohms. Step 1. Once you know how much your impedance is worth, then you’ll know whether you need to adjust or stay where you are. To simplify parallel wiring, pretend your speaker system has a total of 2 speakers with 16 ohms each. When connected in parallel, the impedance load becomes 4-ohms. MajorSeven TDPRI Member. Connecting a second 4-Ohm extension cabinet is "flirting" with danger, but using anything more than a 16-Ohm load speaker setup (like three 8-Ohm speakers wired in series) is more likely to damage the amp. There are different laws when it comes to electricity which helps us understand how changing one component will change another component. Peter Karakondis, Aug 12, 2019 #7. john hammond likes this. I would like to run these together in series. Although a particular loudspeaker may be rated for 4 ohms (nom), it may actually provide a more stable load for an amp to drive than another speaker rated at 8 ohms. After that, place the cover of the banana plug over and insert it into the terminal of the amp.if(typeof __ez_fad_position != 'undefined'){__ez_fad_position('div-gpt-ad-noisylabs_com-leader-4-0')}; Parallel wiring is easy because all positive speaker leads go with other positive speaker leads and the same for negative speaker leads. On the other hand, what happens when speaker impedance is lower than an amplifier’s? This is normally not a concern when going "one step" away from a match such as running a 4 ohm output transformer with an 8 ohm speaker unless the output transformer is cheaply made or really old. The more speakers mean you have to spread the power out more evenly. Think of “loading” as a storage for electrical power. 8 ohm speaker into 8 ohm amp plug, etc. The manner in which your speakers (in a multi-speaker system) are wired together determines the overall impedance. I've been running this set up for about 3 now and haven't had any problems. Please do not make that mistake. If your amp is, as you say, rated for 8 ohm speakers; then 8 ohms is the rating of speakers that you should attach. If your amp is, as you say, rated for 8 ohm speakers; then 8 ohms is the rating of speakers that you should attach. Now had you had it set to 8 ohm and tried to run a 4 ohm speaker?

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