![]() ![]() ![]() So we waited until we could manufacture what we felt was simply the best XLR connector on the market. We feel the best connector has the least effect on sound and that is what ETI Research constantly strives to achieve. Going thicker or thinner negatively influences sound quality. ETI Research has found the best-sounding thickness for low-voltage connectors. This still resulted in problems when it came to uniformity because the surface contact area for inserting the male was not consistent and could make the connection unstable.Īn additional problem was surface thickness. This was achieved by rolling flat Copper to make the female connection. ![]() The next step was to get female connectors made out of Copper. The reason why is the hollow nature of the female pin was difficult to machine and a lot cheaper to make by using the original pins formed in Brass moulds.ĮTI Research was still not interested because this defeated the purpose of using Copper for superior sound quality. Some of these XLR connectors, while having Copper male connectors, were still formed with brass on the female side. For some time, XLR connectors with some type of Copper have been available, but many of the male pins have too much mass, which causes excessive capacitance and subsequently alters the sound. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |