Klee123, This is why I asked earlier in this thread if your amplifier utilizes NFB as this will lower the amplifier output impedance and likely making it less susceptible to widely varying speaker impedance loads. Problem is that NFB can have adverse effects as well (depending on the amount and how it’s used). Ralph (Atmasphere) has covered this in excellent detail numerous times on this forum.
For example my SET amplifier has no NFB and has an output impedance of 1.2-1.4 range. This is pretty low for a no NFB amplifier but would be considered very high for the typical solid state amplifier. This works out fine for me as my speakers are 14 ohm nominal and have a relatively flat impedance curve.
So as Al has clearly explained the amplifier and speaker must have reasonably compatible impedance characteristics. You need more information about your amplifier.
Charles
For example my SET amplifier has no NFB and has an output impedance of 1.2-1.4 range. This is pretty low for a no NFB amplifier but would be considered very high for the typical solid state amplifier. This works out fine for me as my speakers are 14 ohm nominal and have a relatively flat impedance curve.
So as Al has clearly explained the amplifier and speaker must have reasonably compatible impedance characteristics. You need more information about your amplifier.
Charles