The 200 watt power rating of those resistors should be sufficient, but you will then have 3/4.16 or ~72% of your available power being dissipated by the resistors. Only the balance, ~28% of the total power will be available to drive the speakers.
Increase total Speaker Impedance Question
Hi All,
I got a tech question. I have built a pair of speaker using a unique crossover for each speaker. Based on my test, if I parallel wire them, the resulting frequencies are correct, but resulting frequencies are NOT correct when I tried to wire several speakers as a series (series-parallel wiring). I suspect that because series wiring requires daisy chaining two or more crossovers, the resulting frequencies are messed up. However, if I retain current parallel wiring, the total impedance of the speaker system is too low and the amplifier often goes into protection mode. Is there anyway to add a resistor in between the amp and the speaker to rectify the situation? And if I do add a resistor, will that affect the sound quality? Thanks!!
I got a tech question. I have built a pair of speaker using a unique crossover for each speaker. Based on my test, if I parallel wire them, the resulting frequencies are correct, but resulting frequencies are NOT correct when I tried to wire several speakers as a series (series-parallel wiring). I suspect that because series wiring requires daisy chaining two or more crossovers, the resulting frequencies are messed up. However, if I retain current parallel wiring, the total impedance of the speaker system is too low and the amplifier often goes into protection mode. Is there anyway to add a resistor in between the amp and the speaker to rectify the situation? And if I do add a resistor, will that affect the sound quality? Thanks!!
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- 20 posts total
- 20 posts total