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<blockquote data-quote="Jack Arnott" data-source="post: 139052" data-attributes="member: 304">Re: New DIY Mid HighHi David, remember that through the group buy, the BMS will be discounted. Also, the HE version is only $35 more, not $250.I know you will still have to pay shipping to Australia, but the cost will be down in the $500&#039;s, so closer to your budget stated. The 4593 has a smaller slug of neo magnet for the HF, and it is inside the voice coil. The 4594 has a much larger magnet, and it rings the outside of the HF voice coil. The difference in price is about $50. What is &quot;flat pack&quot;?As noted below, the C8/8 or C16/16 are for the 4590, 4592, 4593, 4594, 4595, 4507, and 4508. And basically the only passive option from BMS. On a related note, the link from Peter states an asymmetrical slope, 12 and 18 db/octave. But I question this. There are three components, as seen in the pictures. Two caps, and one inductor. It is my understanding that one cap would be 6 db/octave, and one cap one inductor would be 12 db/octave. Comments?</blockquote>

[QUOTE="Jack Arnott, post: 139052, member: 304"] Re: New DIY Mid High Hi David, remember that through the group buy, the BMS will be discounted. Also, the HE version is only $35 more, not $250. I know you will still have to pay shipping to Australia, but the cost will be down in the $500's, so closer to your budget stated. The 4593 has a smaller slug of neo magnet for the HF, and it is inside the voice coil. The 4594 has a much larger magnet, and it rings the outside of the HF voice coil. The difference in price is about $50. What is "flat pack"? As noted below, the C8/8 or C16/16 are for the 4590, 4592, 4593, 4594, 4595, 4507, and 4508. And basically the only passive option from BMS. On a related note, the link from Peter states an asymmetrical slope, 12 and 18 db/octave. But I question this. There are three components, as seen in the pictures. Two caps, and one inductor. It is my understanding that one cap would be 6 db/octave, and one cap one inductor would be 12 db/octave. Comments? [/QUOTE]

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