That's good to know. I had no idea about that behavior a low frequencies based cone area. And of course I was looking at the
specs on that peerless driver pretty impressive low range on the spec sheet.
I had this
woofer in a .31 sqft enclosure as first choice if I want to extend the low range sound. Numbers look like a perfect match for me including the price, but it does extend smoothly to the high range like a fullrange speaker. I want the bass to extend low but not enough to rattle my panels loose. I like tight bass that feels like someone is jabbing you in the chest, not the boomy rattle my panels and my fillings loose type bass.
I like that this peerless woofer does not need a crossover, cause it opens up possiblities to wire the rear channel power. you can send the same signal to the woofer and rear channels and still have higher frequency signals going to rear fill speakers while powering your bass maker at the same time. Like 2 8 ohm rears wired to a 2 or 4ohm sub and adjust attenuation between the sub and mids via eq. Is here a way to see how a woofer might behave when sent a full range signal and if it will be fine from the response graphs? Something that drops off in output at the mid frequencies like this peerless woofer?