Oh, Rafael, overnight I thought about your comment that RMS power ratings can be misleading and then you go on to quote some amp's ability to put out 3500 watts into .1 ohm for 500msec. Well, I'm thinking that instantaneous power is interesting to know, but at what purpose? .1 ohm is next to shorting. Do any actual speakers present such a load? What musical event is going to occur from 500 msec, right before your amp fries or shuts down?
I DO agree that RMS can't possibly tell the whole story; however, I think that it's a good starting point. Yes, you only use 1 to 5% of that power continually, but I hear a correlation between power and control of the woofers in large speaker systems. I think that RMS is a good place to start in understanding an amp's ability to handle large, inefficient speakers.
BTW, the Continuum's two built in Power Factor Correction modules each deliver 385V DC, so I don't think that's a limiting factor.
Dave
I DO agree that RMS can't possibly tell the whole story; however, I think that it's a good starting point. Yes, you only use 1 to 5% of that power continually, but I hear a correlation between power and control of the woofers in large speaker systems. I think that RMS is a good place to start in understanding an amp's ability to handle large, inefficient speakers.
BTW, the Continuum's two built in Power Factor Correction modules each deliver 385V DC, so I don't think that's a limiting factor.
Dave