>03-18-11: Spareribs
Thanks. I'm in a small bedroom so playing at very load levels is not really a need. Plus I usually listen to jazz and classical music with some classic bluesy rock.
I wouldn't assume that. Good jazz and classical recordings have a lot of dynamic range and I'd worry about clipped peaks.
Out of curiosity I ran _Take Five_ through some Octave (the GNU Matlab clone) functions and found an 18.4dB crest factor on the right channel.
Playing at a pleasant 85dB SPL with incoherent addition from the speakers (it's a classic pan-pot recording) implies 82dB from each. Applying typical draw down rates that suggests about 87dB 1 meter from each speaker.
87dB + 18.4dB = 105.4dB 1 meter from the right side.
With 87dB efficient speakers that would take an amplifier that can produce 35W on sine waves which have a 3dB crest factor.
Thanks. I'm in a small bedroom so playing at very load levels is not really a need. Plus I usually listen to jazz and classical music with some classic bluesy rock.
I wouldn't assume that. Good jazz and classical recordings have a lot of dynamic range and I'd worry about clipped peaks.
Out of curiosity I ran _Take Five_ through some Octave (the GNU Matlab clone) functions and found an 18.4dB crest factor on the right channel.
Playing at a pleasant 85dB SPL with incoherent addition from the speakers (it's a classic pan-pot recording) implies 82dB from each. Applying typical draw down rates that suggests about 87dB 1 meter from each speaker.
87dB + 18.4dB = 105.4dB 1 meter from the right side.
With 87dB efficient speakers that would take an amplifier that can produce 35W on sine waves which have a 3dB crest factor.