When the amp say one ohm stable, it simply means the amp will perform stable at 1ohm impedance per channel. That doesn't mean you have to have 1 ohm. The way you have it hooked up to 2 ohms is fine. In fact it is preferable that way. This ensure the amp will never get overloaded. Do not connect speakers in parallel because impedance is not a constant value in an amplifiers output. Lower frequency exhibit lower impedance and vice versa. Higher impedance speaker wont damage the amplifier. For example if you were to connect 8 ohms speaker, it wont damage the amp, and you will still get clean sounds. The only thing is the amp will deliver less overall power. When the amp say one ohm stable, it simply means the amp will perform stable at 1ohm impedance per channel. That doesn't mean you have to have 1 ohm. The way you have it hooked up to 2 ohms is fine. In fact it is preferable that way. This ensure the amp will never get overloaded. Do not connect speakers in parallel because impedance is not a constant value in an amplifiers output. Lower frequency exhibit lower impedance and vice versa. Higher impedance speaker wont damage the amplifier. For example if you were to connect 8 ohms speaker, it wont damage the amp, and you will still get clean sounds. The only thing is the amp will deliver less overall power.
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To get 1 ohm of what?
When the amp say one ohm stable, it simply means the amp will perform stable at 1ohm impedance per channel. That doesn't mean you have to have 1 ohm. The way you have it hooked up to 2 ohms is fine. In fact it is preferable that way. This ensure the amp will never get overloaded. Do not connect speakers in parallel because impedance is not a constant value in an amplifiers output. Lower frequency exhibit lower impedance and vice versa. Higher impedance speaker wont damage the amplifier. For example if you were to connect 8 ohms speaker, it wont damage the amp, and you will still get clean sounds. The only thing is the amp will deliver less overall power.