SC-04-03 Richard Cabot 5 months ago No folders found. Please create and select folder. Documents Folder Title Following special characters are not supported: \ / ? % * : | " < > Privacy Public All Members My Connections Only Me Cancel Create aes2-r-sec-080428c.doc 104 KB Word Document - Click to view Options Copy Download Link aes2-rwoodgate002-001210-1.pdf 46 KB PDF - Click to view Options Copy Download Link aes2-rwoodgate004-020430-1.pdf 31 KB PDF - Click to view Options Copy Download Link aes6idxx.pdf 343 KB PDF - Click to view Options Copy Download Link aes19-eia.txt 1 KB Text File - Click to view Options Copy Download Link The Cone Resonance proposal: Pretty well matched the EIA standard through-out, with two exceptions. The first is the mathematics used for calculating the resonance were a little more precise than the EIA standard. No problems there. The other item was the standard wanted to expand to allow up to 18" Cones. We cannot check 15" Cones on our EIA standard machine, so 18" product is out of the question. There also is question on the accuracy of measurements in Cones over 12", due to the suspended weight. All in all, I don't see any problem in their proposal as we (ALMA) would in spirit match it through-out. The Spider Deflection proposal met with the usual flack, but in principal seemed okay. There was some ambiguous elements (interface of ram to Spider VCID, amount of pre-loading acceptable, etc.) but the general output would correlate with the 50 gram EIA standard. At least this is a static deflection (mass versus distance) which would directly be able to be converted to our confused mixed unit system (inches/Xgram). So once again, while I wouldn't suggest adoption of this to replace our current standard, I don't see any issue with affirming it as a correlated technique. .!16-JAN-1997 12:24:34.39 Expand aes26-r-pcfc-010210.pdf 96 KB PDF - Click to view Options Copy Download Link aes26-r-xxxx-pcfc-001005a.pdf 98 KB PDF - Click to view Options Copy Download Link aes56-2008-090310-ref.pdf 575 KB PDF - Click to view Options Copy Download Link AES2-R-PWD-JMW6-020808.pdf 191 KB PDF - Click to view Options Copy Download Link aes2-r-sec-070711.doc 108 KB Word Document - Click to view Options Copy Download Link 0 Comments Public All Members My Connections Only Me PublicAll MembersMy ConnectionsOnly Me Public All Members My Connections Only Me
