In checking with Shari about impedance curves on the 2.3, 2.4 and 3.6, I found out some good data that I thought I'd post. It covers where in the freq. spectrum each model dips down and how far it goes....
"The CS2.4 speakers are the easiest to drive, with the CS2.3s being next, and the CS3.6 speakers being the most difficult load.
The CS3.6's impedance is at 4 ohms at 25Hz and then again at 55Hz. From there it drops to 3 ohms at 70Hz and on down to 2.5 ohms at 100Hz. It remains at 2.5 ohms until around 10KHz where it gradually rises to 4 ohms at around 36KHz.
The CS2.3's impedance is about 16 ohms at around 14Hz. It gradually drops to 4 ohms at around 100Hz. It continues dropping to slightly below 3 ohms at 500Hz, and the begins to rise back up to 4 ohms at 1000Hz and gradually increases to 8 ohms at 45KHz.
The CS2.4's impedance is at 14ohms at 20Hz. It drops to 5 ohms at 35Hz and rises back up to 12ohms at 50Hz. From there it gradually drops to 4 ohms at 100Hz and gradually drops down to a little above 3ohms at 700Hz. It gradually rises to 4 ohms at around 20KHz."
"The CS2.4 speakers are the easiest to drive, with the CS2.3s being next, and the CS3.6 speakers being the most difficult load.
The CS3.6's impedance is at 4 ohms at 25Hz and then again at 55Hz. From there it drops to 3 ohms at 70Hz and on down to 2.5 ohms at 100Hz. It remains at 2.5 ohms until around 10KHz where it gradually rises to 4 ohms at around 36KHz.
The CS2.3's impedance is about 16 ohms at around 14Hz. It gradually drops to 4 ohms at around 100Hz. It continues dropping to slightly below 3 ohms at 500Hz, and the begins to rise back up to 4 ohms at 1000Hz and gradually increases to 8 ohms at 45KHz.
The CS2.4's impedance is at 14ohms at 20Hz. It drops to 5 ohms at 35Hz and rises back up to 12ohms at 50Hz. From there it gradually drops to 4 ohms at 100Hz and gradually drops down to a little above 3ohms at 700Hz. It gradually rises to 4 ohms at around 20KHz."