In general, speakers have two connections, and it is important to connect them the "same way" to the amplifier. (Amps also have pairs of output terminals.) We usually designate the terminals of the speaker as positive and negative. (Outputs of amps are usually designated the same way.) It is important to connecteach positive speaker terminal to the positive output of the amp for a given channel, and each negative speaker terminal to the negative output of the amp for a given channel. This way the speakers will be connected in phase. It is possible to reverse all of the connections and not have problems, but it is critical that speakers be connected in phase.
Speakers do not become out of phase or change phase. When they are constructed, their operation is fixed and will not vary during their lifetime. A given polarity of a wave, either positive- or negative-going, will always cause the speaker to move in the same given direction.
Reversing the polarity of the speakers will cause them to run "out of phase" meaning that the speaker will be pulling. It might not be noticable to some people but it can really bother others.
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Yes, a speaker's value can cause speaker interference, particularly in audio systems where multiple speakers are used. If speakers have mismatched impedance or power ratings, it can lead to uneven sound levels, distortion, or even damage to the equipment. Additionally, phase differences between speakers can create constructive or destructive interference, affecting sound quality and clarity. Proper matching and configuration are essential to minimize these issues.
The term "going through a phase" tends to mean that the person who is going through said phase is exhibiting less than desirable behavior that society or the speaker assumes will eventually pass with time. This idea often proves true, as the terrible twos and the teenage years do ultimately come to an end in most cases.
The best way to determine the impedance of a speaker is to look for a label or marking on the speaker. Second best is to look the speaker up in the manufacturer's specifications. Measuring a speaker with an ohmmeter does not work, because you need the average impedance at AC, not DC. You could measure the current and voltage coming from the amp at various frequencies, but you may need to compensate for phase shift, and that procedure might not agree with the manufacturer's procedure. If you are going to look up the manufacturer's procedure, you might as well look up the speaker's impedance instead.
there is no antidote for this venom. antidote is still in test phase.
At low frequency, a large diameter speaker moves with the entire surface area in phase. But at a specific frequency, dependent on the speed of sound in the membrane material and the diameter, the surface closest to the drive point and the outer edges of the surface starts to move out of phase. The speaker wobbles, creating distortion and decreased sonic output. So a large area speaker is by this reason less well suited for reproducing high frequency signals. Also, a large speaker is heavy, and is harder to accelerate. This also limits the high frequency reproduction. Adversely, a small area speaker needs to move far, have a high amplitude, to reproduce low frequency signals, creating Doppler distortion and unlinear reproduction. One way to solve these problems is to divide the signal between two or more drivers of different sizes.
The possessive form of the singular noun speaker is speaker's.example: What is the speaker's name?
Speaker 3
the speaker sits in the middle
The 12 Jack Hammer Speaker
Each speaker has different colors from every other speaker. Which speaker do you need? Each speaker has different colors from every other speaker. Which speaker do you need?