8 7 i, DRW NO. SH REV v C -344-6010-500 1 | E ZONE |REV SCR NUMBER DESCRIPTION BY DATE APPROVED ALL | - | DSMH-6BSQQ6.VERO1 NEW RELEASE M.DEROSA | 10/18/02. | B.RICHARD A | MLEE-6K9H3D.VERO1 CHANGED DRAW ING FORMAT R.CHIFFY | 12/14/05 | C.SAMMIS OPEN BACKPLANE MODULE B SBAR-6M8L8F.VERO1 ADDED LEAD FREE OPTIONS HCL 03/02/06 D.SMITH ASSEMBLY PART NUMBER ASSIGNMENT C CSAS-6R7RW J.VERO1 CORRECTED ERRORS ON TABLE 1 HCL 07/04/06 D.SMITH ADDED 7 POSITION MODULE 344. -X%0YXX -0xX X D | DSMH-6TMKKQ.VERO1 UPDATED TABLE 4 HCL-AP | 09/18/06 | D.SMITH | ADDED NEW PART NUMBERS FOR NEW PLATING CODES LOAD MINIMUM IN ASSEMBLY PART NUMBER ASSIGNMENT TREE. D 6 = STANDARD LOAD (J PIN WIPE LENGTH, SEE DETAIL U CSAS-83KKVW .VERO1 MODIFIED NOTE & AND 7. HCL-MH | 03/12/2010 | C.SAMMIS 7 - CUSTOM LOAD. LEADED 3 = 1.00 mm WIPE REMOVED REVISION COLUMN IN TABLE 1. 8 - CUSTOM LOAD. LEAD FREE 4 = 2.00 mm WIPE CORRECTED NOTES SEQUENCE NUMBERS. L = CUSTOM LOAD. LEADED, ADVANCED PLATING S = 3.00 mm WIPE N = CUSTOM LOAD, LEAD FREE, ADVANCED PLATING PLATING CopE G) 0-735 4& = 804 K X 1.85 = (L) NUMBER OF COLUMNS 1 = 732 5 = 803 SEE TABLE 1 10 = 10 COLUMN MODULE 2-769 6 = 806 25 = 25 COLUMN MODULE 3-768 7 = 805 LY 1.85 07 = 7 COLUMN MODULE Oo 1 TABLE 1 I ASSEMBLY TOTAL NUMBER OF iC PART NUMBER | (L) P DIFFERENTIAL PAIRS | ISO. VIEW 344-6010-0XX | 9 | (16.65) | 18.35 40 SCALE 3/1 344-6025-0XX | 24 | (44.40) | 46.10 100 344-6007-OXX 6 (11.10) 12.8 28 4p ____,| ISO VIEW BOTTOM SCALE 3/1 - TOP VIEW SCALE 2/1 AUGHTERC ARD (DAUGHTERCARD PCB WAFER REFERENCE) = AUGHTERC ARD _r-[Ss* SHIELD ROW +soal@ P SIGNAL ROW ee aknle (DAUGHTERC ARD GAL Row SHIELD ROW pega eae WAFER REFERENCE) OA AA ( _ SHIELD ROW p-oecoale <q SIGNAL ROW ooo o ale. SHIELD ROW je---0-0-0l@ Sf. BACKPLANE INSULATOR SIGNAL ROW paseeals [fF ROW A : TOP REFERENCE) -XX3 = (3.55) | | -XXh = (4.55) . -XX5 = (5.55) | , \ 18.0 WHEN | BACKPLANE TOP FULLY MATED Ys SURFACE REFERENCE ACKPLANE GROUND SHIELD 1.79 el = LLL -0.00 OFFSET FROM DC \ COLUMN TO BP COLUMN FROM TOP OF Dt PCB TO " SFE DETAIL OF ROW A HOLES ON B/P B DETAIL > ACKPLANE SIGNAL PIN r ONE NOTCH SIDE 7 -- |r ., A ACKPLANE A N SEALE 471 / \ \ (GROUND SHIELD HEIGHT) y/ | ll. IF 4TH DIGIT OF THE PART NUMBER IS 7 OR 8 OR L OR N (CUSTOM PART). DIGIT 5 THROUGH 10 DO _ , 2.64 WW | NOT FOLLOW THE PARADIGM IN TABLE. Y yO I r 6. USE MATING GAUGE PART NUMBER 699-2032-000 AFTER INSERTION ONTO BOARD TO CHECK POSITION OF BLADES. (0.85) + L = mo 5. FOR REPAIR PROCEDURE FOR SIGNAL BLADE, SEE TB-2099. 0100) MIN Mo BOARD \Y . K X 1.85 = (L) = OTH DIGIT OF PART NUMBER IDENTIFIES PLATING: 2.28) A 735 - Ni SULFAMATE, STANDARD GOLD, LEADED TAT LENGTH oO 732 - Ni SULFAMATE, HIGH GOLD, LEADED s 769 - Ni SULFAMATE, STANDARD GOLD, LEAD-FREE o 768 - Ni SULFAMATE, HIGH GOLD, LEAD-FREE oO 804 - NANO Ni, STANDARD GOLD, LEADED oO 803 - NANO Ni, HIGH GOLD, LEADED DESIGN 04708701 806 - NANO Ni, STANDARD GOLD, LEAD-FREE TOFERANCES S ALLEN Amphenol TCS 805 - NANO Ni. HIGH GOLD, LEAD-FREE 0.0 +0.25 | opawn 10/14/02 A Division of Amphenol Corporation 7 0.00 10.43 M.DEROSA 200 Innovative Way, Nashua, NH 03062 603.879.3000 (3) PART MARKING AS FOLLOWS: : Teme torte702 Tae - LINE 1: ATCS AND DATECODE (ATCS YYWW). 0.000 |+ - B.RICHARD OPEN BACKPLANE MODULE m= LINE 2: MODULE PART NUMBER (344-####-###). APVD 10/78/02 4 PAIR GBX LINE 3: WORK ORDER NUMBER (###ed######), WHERE * DENOTES MANUFACTURING LOCATION. ANGLES |+ - B.RICHARD |pant no. Ey UNLESS OTHERWISE SPECIFIED DIMENSIONS SEE PART NUMBER TREE N/A (2) NoTCr DESIGNATES ROW A SIDE OF SHROUD. NOTCH FEATURE ON OPPOSITE SIDE FROM PART MARKING. 1. REFER TO TB-2085 FOR GbX PRODUCT SPECIFICATIONS. NOTES: INTERPRET PER ASME Y14.5M ARE IN MM, DECIMAL MARKER IS A PERIOD DRAW ING NO. C-344-6010-500 REV E CUSTOMER USE DRAW ING CODE IDENT 31413 Pro/E type: S1-P1021-CU-OPEN-10 | 1.28 Pro/E DRAWING: C-344-6010-500 | E.0 SIZE D SCALE 2/1 SHEET 1 OF 28 7 6 3 DRW NO. SH REV | \ C-344-6010-500 2 ZONE |REV SCR NUMBER DESCRIPTION BY DATE APPROVED 24.76 @) SEE SHEET 1 Oo > ry | a) 0.51 _ _ Do 71 [0-018] PTH @) 3.38 . - |B0.10 |x |Y D 0.97 (0.02251 DRILL S al] fe] fallel fe] felie] fs} sis} fe iy |< 0.88 [0.035] PAD ~. a nD = S =} iol bse} inf EIS) I} Ee) is 2?! (0.0181 PTH) |} 338 bE 0.10 |X |Y in| fun] fin o'| 00 6 00 0 0060 06 60 flo COLUMN 7 go lo (eon SRI S wl fe] felig} fs} Feel jay [sis] Js : : : : oO DO0.88 [0.035] PAD CN |] [ef [sje] ta} LETS} (=) LES} [Ss Olo0O0 0 00 0 00 0 00 ;0 COLUMN 6 6 X 11.85 | = (11.10 MM) |. Or, OO 00 0 00 O OO 1:O+COLUMN 5 7 Ni 600 0 00 0 00 6 66 |!6 COLUMN 25 12.80 OQ O]}] OO OO OO O09 BDO 9 9 9 TO COLUMN 4 O1|100 0 00 0 00 0 00 Jo COLUMN 24 o!loo 0 00 0 00 0 00 "0 COLUMN 2 o OT L oll O00 0 00 0 00 0 00 COLUMN 22 1 AG AB C DEF GH | J K KG: so 0 C1 ARP 8 2 8 FP FP 2 19 COLUMN 1 0 00 0 00 0 00 0 0 :,0-+COLUMN 21 oo / (5.55) o ol 00 0 00 0 00 0 00 |,0+tOLUMN 20 0.85 (0) yo js (135) (2.10) + + O oO O O O O O O O O O oO O COLUMN 19 MM 0:00 0 00 0 00 0 00 .O++COLUMN 18 ( 7 POSITION GbX BACKPLANE HOLE PATTERN sllooo 00 0 00 0c oo lle -ouyn ty LOMPONENT SIDE SHOWN 7 SCALE 6/1 0,00 0 00 0 00 0 00:10 COLUMN 16 O-00 0 00 0 00 0 . 0 0 !:O0++COLUMN 15 24.76 O 2h [189 P= (Ai 40) o|| 00 0 00 0 00 0 00 jlo COLUMN 14 1 Do? [0.018] PTH T 7 46.70 O 00 0 00 0 00 0 00 :o++COLUMN 2B 4 |ZB0.10 |X |Y @ ; BO.57 [0.0225] DRILL 3.38 O O O O O O O O O O O O _O- COLUMN 12 <q BO.88 [0.035] PAD sim] [al [allel fe os eS mo} JO) FOR) FS} JStat fet fReype) fs O1O0O0 0 00 0 00 0 00 '|0 COLUMN 11 N m tn ||xo ON THQ = C}|2 QI . O 00 0.00 0 00 0 00 '!o++OLUMN 10 [ I S160 6 66 6 66 0 60 lo COLUMN 10 Ol} OO OF O80 0 00 0 00 |jI/o COLUMN 9 O O O oO O oO O O O O COLUMN 9 O OO oO OO O OO O 0 oO O- + _coLuMN 8 oO. 00 0 90 909 90 O O O +:O-COLUMN 8 of 00 0 00 0.00 0 0 0 |.0-+<OLUMN 7 o'| oo 0 0OE0 0 00 0 00 ||o COLUMN 7 oll 0 0 0 00 0 00 0 oo Jo COLUMN 6 7 B 18.35 O}' O O Oo O O O O O O O O |;,O-;COLUMN 6 O 0 oO O OO O Oo oO O 0 0 oO-+ COLUMN 5 SO 9 X 11.85 | = (16.65) ' Or OO 0 9 O 9 899 9 89 D9 +, O* COLUMN 5 o}||lo Oo 0 00 0 00 0 00 |Io COLUMN & O}| OO 9 90 9 8909 8 98 9 |/0 COLUMN 4 0,00 000 000 0 000; COLUMN 3 oy 00 0 00 0.00 0 0 0 1:0++COLUMN 3 O.-00 0 00 0 00 0 0.0 !:o-+OLUMN 2 AG, AB C DEF GH | J K KG, '0O.{ OO O oO O O oO O O Oo 0 '|0 COLUMN 2 0 O 9 O O 00 O 0 0 O 00 O COLUMN 1 AG AB C DEF GH | JK KG: L S 0 O & 0 0 00 0 00 0 00 )O>]COLUMN 1 | Ne 2 I ad I I _ MN / | (5.55) + Neo 0.85 @ we 0.85 (0) = (1.35) (2.10) ) AN = (1,35) (2.10) >| ~ - (5.55) = ON MM Oo Oo 10 POSITION GbxX BACKPLANE HOLE PATTERN bh LOMPONENT SIDE SHOWN S SCALE 6/1 25 POSITION GbX BACKPLANE HOLE PATTERN ne wn COMPONENT SIDE SHOWN aun) Amphenol TCS 0.0 0.25 | orawn 10/14/02 A Division of Amphenol Corporation 2 SC ALE 6/1 000 tO M.DEROSA 200 Innovative Way, Nashua, NH 03062 603.879.9000 ~~ CHK = 10/18/02 TITLE = 0.000 |+ - B.RICHARD OPEN BACKPLANE MODULE m= (10) ADDITIONAL ROWS AG AND KG RECOMMENDED FOR ALL APPLICATIONS. aeLES f= J" MSR cHaRD PART NO REV (THESE ROWS SHOULD BE CONNECTED 10 GROUND.) UNLESS OTHERWISE SPECIFIED DIMENSIONS SEE PART NUMBER TREE NZA SEE DOCUMENT 190-0002-000 FOR TOOLING KEEPOUT ZONES ee eT DRAWING NO. REV @ ( -344-6010-500 E (8) STATED PAD SIZE MAY REQUIRE FILLETING. FOR DETAILED ROUTING GUIDELINES, SEE TB-2090. CUSTOMER USE Prove type: SI-P1021-CU-OPEN-10 | 1.28 INTERPRET PER ASME Y14.5M DRAW ING Pro/E DRAWING: C-344-6010-500 | E.0 NOTES: CODE IDENT 31413 SIZE D SCALE 2/1 SHEET 2 OF 2 8 7 6 i 3 2 1