![]() What happens when you have too much insertionĮxperience power loss in the speaker cable resulting in the speaker not playing Simplicity's sake, we will assume the output impedance of the amplifier is zero We typically express this loss in decibels (dB) Resistive losses of the cable or any additional component attached between theĪmplifier and the loudspeaker. Loss is the measure of the loss of load power at the speaker due to excessive Primary things resistance affects in the amplifier-to-loudspeaker connectionĪre: insertion loss and damping factor, both of which are dependent upon cable Right wire gauge (AWG) for your installation to ensure you realize the maximumĭiscussion on Choosing the Right Speaker Cables This article willįocus solely on cable resistance and will serve as a guide for choosing the Select a cable with low enough DC resistance, the losses will be so greatīetween the amplifier and loudspeaker that all other cable parameters will become a wash. We’ve proven in our various cable articles and reviews, if you cannot first Metric of concern is DC resistance (measure of restriction of conductivity in aĬoncerns which are also important such as inductance, and capacitance. Truth will set you free, so its time to clear your head of marketing slogansĪnd get a good dose of reality about the single most important aspect ofĪre driving power into a low impedance load such as a loudspeaker, the dominant ![]() Metric of concern is DC resistance in speaker cables.
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