Raul:
You are right about Ohm's law, but you probably know very little about Talon speakers impedance curve. They are about the flatest in the industry which makes them so easy to drive by many tube amplifiers. The max impedance is around 14 Ohms and the minimum is around 4. A nominal impedance of 6 ohms. The VAC is a perfect match for the Talons. We show with VAC regularly--why? Because it's such a great match. I have owned Levinson, reference 20.5 and 20.0 (still own these). I have compared them with the Talon speakers to the VAC directly on Hawks, Thunderhawks, and Firebirds. The VAC is better with all three speakers. This is not to say the 23.5 is a bad match--it's a great amp and will sound great with many speakers. Now I have also tested the VAC with my Martin Logan monoliths, which go down to about 1/2 an ohm. In this case the Levinsons were surperior. The VAC did not handle this very low impedance as well.
You are right about Ohm's law, but you probably know very little about Talon speakers impedance curve. They are about the flatest in the industry which makes them so easy to drive by many tube amplifiers. The max impedance is around 14 Ohms and the minimum is around 4. A nominal impedance of 6 ohms. The VAC is a perfect match for the Talons. We show with VAC regularly--why? Because it's such a great match. I have owned Levinson, reference 20.5 and 20.0 (still own these). I have compared them with the Talon speakers to the VAC directly on Hawks, Thunderhawks, and Firebirds. The VAC is better with all three speakers. This is not to say the 23.5 is a bad match--it's a great amp and will sound great with many speakers. Now I have also tested the VAC with my Martin Logan monoliths, which go down to about 1/2 an ohm. In this case the Levinsons were surperior. The VAC did not handle this very low impedance as well.