"Also, the MAXIMUM power capability of a solid state amp into high impedances can generally be expected to decrease in close proportion to the impedance rise above 8 ohms. While that decrease will usually occur to a considerably lesser extent with tube amps, and an increase may actually occur with some amps over some range of impedance increase. Ralph is correct that a solid state amp rated at 600 watts into 8 ohms will generally be able to deliver only about 150 watts into 32 ohms."
Looking at the above example, is it correct to assume that if the amp has no trouble driving the 600 watts into 8 ohms, it will have no trouble driving higher resistance with less watts, like 150 watts at 32 ohms? The logic being that even though the amp is not producing as much power, the higher resistance makes it easier for the amp to handle. Discussion on this topic doesn't come up too often, where as there's plenty of talk on the other end of this; needing a more powerful amp to drive low resistance loads. I've always assumed that if an amp is OK driving a load at a given resistance, like 8 ohms, it will have no problems with loads of a higher resistance.
Looking at the above example, is it correct to assume that if the amp has no trouble driving the 600 watts into 8 ohms, it will have no trouble driving higher resistance with less watts, like 150 watts at 32 ohms? The logic being that even though the amp is not producing as much power, the higher resistance makes it easier for the amp to handle. Discussion on this topic doesn't come up too often, where as there's plenty of talk on the other end of this; needing a more powerful amp to drive low resistance loads. I've always assumed that if an amp is OK driving a load at a given resistance, like 8 ohms, it will have no problems with loads of a higher resistance.