8 7 6 i, 3 DRW NO. SH REV | v ( -345-4105-500 1.) 8B ZONE |REV SCR NUMBER DESCRIPTION BY DATE APPROVED LEFT POLARIZING BACKPLANE MODULE { SBAR-6M9PY8.VERO1 NEW RELEASE HCL 03/03/06 | D.SMITH ASSEMBLY PART NUMBER ASSIGNMENT A | MCHU-76HLQV.VERO3 ADDING KEEPOUT ZONES HCL-GM | 09/19/07 | D.SMITH 345 - X 1XX - X X X ADDED NEW PART NUMBERS FOR NEW PLATING CODES | 3 |csas-a3Kkvw.verRo1| |N te eee oD ED NOTE RD TREE. HCL-MH | 03/12/2010 | C.SAMMIS LOAD MINIMUM REMOVED REVISION COLUMN IN TABLE. 1. 4 = STANDARD LOAD @) PIN WIPE LENGTH, SEE DETAIL U 7 = CUSTOM LOAD. LEADED 3 = 1.00 mm WIPE 8 = CUSTOM LOAD, LEAD FREE 4 = 2.00 mm WIPE 5 L = CUSTOM LOAD, LEADED, ADVANCED PLATING 5 = 3.00 mm WIPE N = CUSTOM LOAD, LEAD FREE, ADVANCED PLATING PLATING CODEC) NUMBER OF COLUMNS 0-735 4& = 804 05 = 5 COLUMN MODULE 1-732 5 = 803 10 = 10 COLUMN MODULE 2-769 6 = 806 25 = 25 COLUMN MODULE 3 = 768 7 = 805 POLARIZATION-SEE TABLE 2 TABLE 1 ASSEMBLY TOTAL NUMBER OF PART NUMBER | (L) P DIFFERENTIAL PAIRS INITIAL ENGAGEMENT 345-4105-0OXX 4 (7.40) 15.53 20 AUGHTERC ARD 345-4110-0XX | 9 | (16.65) | 24.78 4.0 345-4125-0XX | 24 | (44.40) | 52.53 100 ISO VIEW SO VIEW BOTTOM DAUGHTERCARD PCB 3/1 SOME aT REFERENCE) TABLE 72 AUGHTERC ARD WAFER (D AUGHTERC ARD BEL WO) | OXK | -AXK | -BXK | -CXX | -DXX | -EXX | -FXX | -GXX J -HXX CX 16 2 0 WAFER REFERENCE) mm ( A if POLARIZING PIN GH ve sat Row fee \ | SIGNAL ROW 4e<@ |? P ORIENTATION SHIELD ROW te0 | 5 C oO q =] ; f SIGNAL ROW 2<C | | P Ag SHIELD ROW te- | i 0 SIGNAL ROW +2<8 |? P q 5 I SIGNAL ROW roo P - pow A OF , l L_| an y p 2 | TOP_VIEW =. yo et - i ee) BACKPLANE INSULATOR SHROUD SHOWN ONLY 1.79 - (kh, TOD REFERENCE) SCALE 3/1 FROM TOP OF DC PCB TO -XX5 = (5.55) I | = 0. 1 OF ROW A ON BACKPLANE | 2 BACKPLANE TOP SURFACE REFERENCE) 18.0 WHEN | ~- 0.00 OFFSET FROM DC FULLY MATED COLUMN TO BP COLUMN ACKPLANE GROUND SHIELD B SFE DETAIL U DETAIL U 31.6 ~ 2 | SCALE 6/1 SCALE 4/1 \ I SIDE 4 a / A / BACKPLANE SIGNAL PIN 162 . (GROUND SHIELD HEIGHT) a \ | ACKPLANE | (7) IF 4TH DIGIT OF THE PART NUMBER IS 7 OR 8 OR L OR N (CUSTOM PART). DIGIT 5 THROUGH 10 DO y NOT FOLLOW THE PARADIGM IN TABLE. , / V 2.64 Wy. | - 6. USE MATING GAUGE PART NUMBER 699-1085-000 AFTER INSERTION ONTO BOARD TO CHECK POSITION OF BLADES. SN LES D NISINSS f 2 . Mm = 5. FOR REPAIR PROCEDURE FOR SIGNAL BLADE, SEE TB-2099. (7.28) - T te uo Is K X 1.85 = (16.65) On (@ 9TH DIGIT OF PART NUMBER IDENTIFIES PLATING: (2.28) L 735 - Ni SULFAMATE, STANDARD GOLD, LEADED TAIL LENGTH = 732 - Ni SULFAMATE, HIGH GOLD, LEADED Tr 769 - Ni SULFAMATE, STANDARD GOLD, LEAD-FREE Un 768 - Ni SULFAMATE, HIGH GOLD, LEAD-FREE S 804 - NANO Ni, STANDARD GOLD, LEADED 803 - NANO Ni, HIGH GOLD, LEADED TOLERANCES | DESIGN 12708700 806 - NANO Ni, STANDARD GOLD, LEAD-FREE S ALLEN Amphenol TCS 805 - NANO Ni. HIGH GOLD, LEAD-FREE 0.0 0.25 prawn 01-11-2006 A Division of Amphenol Corporation 7 M.DEROSA 200 Innovative Way, Nashua, NH 03062 603.879.3000 (3) PART MARKING AS FOLLOWS: 0:00 FB fe ontn-2006 aE - LINE 1; ATCS AND DATECODE (ATCS YYWW). 0.000 |+ - B.RICHARD GbXe 4 PAIR DIFFERENTIAL we LINE 2: MODULE PART NUMBER (345-d4##4#-###). SD OntLDo08 LEFT POLARIZING BACKPLANE MODULE LINE 3: WORK ORDER NUMBER (iitedi###), WHERE * DENOTES MANUFACTURING LOCATION. ANGLES |= - B-RICHARD |pant no. Ey UNLESS OTHERWISE SPECIFIED DIMENSIONS SEE PART NUMBER TREE N/A @) NOTCH DESIGNATES ROW A SIDE OF SHROUD. NOTCH FEATURE ON OPPOSITE SIDE FROM PART MARKING, ARE_IN MM, DECIMAL MARKER IS A PERIOD | xy {} C-345-4105-500 B 1. REFER TO TB-2085 FOR GbX PRODUCT SPECIFICATIONS. CUSTOMER USE prove tye P1021-BP-PCB-LTPOL-10 | 1.71 NOTES: INTERPRET PER ASME Y14.5M DRAW ING Pro/E DRAWING: C-345-4105-500 | B.0 | CODE IDENT 31413 SIZE D SCALE 1/1 SHEET 1 OF 2 A, 3 2 18 7 6 i, 3 DRW NO. SH REV v ( -345-4105-500 2 |B 2h .76 0) ZONE |REV SCR NUMBER DESCRIPTION BY DATE APPROVED SEE SHEET 1 BO.46 [0.018] PTHD) 21.1 4 1B0.10 |x ]Y c @ ES -KEEP OUT 24.76 00) HO.57 [0.0225] DRILL ws @0.88 [0.035] PAD ~~ rm 3.38 - 21.1 - 2] |e} fale! is} (S|) Ry Sys! As OMPONENT OUTLINE 0.54 } yy @ 3 ) OMPONENT OUTLINE 5 BS =| fe} LES] [eo] lets} [=I] hs[si/|[s Boj (0.018) PTH) ? -1B0.10 |X |Y | p 3.38 f ~ G0.88 [0.035] PAD MG yy eye) Pe lSE]s| [sii ]sla] ts 0 0 00 0 00 0] 0 0 ..0-COLUMN 4 L 9.65 0.85 4 @ 4X [1.85 | = (7.40) o 0 900 0 00 oO] 0 0 |lo COLUMN 3 = - 0 000 0 00 oloo ox COLUMN 2 D'} O00 0 00 0 00 0/00 1 COLUMN 25 15.53 | B C DE F GH I|}{JK (KG ol 00 0 00 0 00 ] 0 0 |'o+- COLUMN 24 0 59 6 66 0 60 0] 0 |lo COLUMN 1 | o| 00 0 00 0 00 0]0 0:0 COLUMN 23 J N o 0.90 ~\ ol 9090 0 00 0 00 0} 0 0 |'O~\ COLUMN 22 E (4.625) ( ol 00 000 0 00 olfoo'lo COLUMN 21 / < Oo! 00 0 00 0 00 0/00 ot cCoLUMN 20 oY el 4 (4,35) ole?o0 0 00 0 00 0/00 O71 COLUMN 19 (2.10) o' 00 0 00 0.00 0] 0 0 1o-~ colUMN 18 A (5.55) ol 00 0 00 0 00 0/00 10 COLUMN 17 C 9 POSTTION LEFT POLARIZING 6 6s Oy PO 9 9 0 FO OO | OO OT COLUMN %6 GbxXe BACKPLANE AOLE PAT IERN oJ} 90 0 00 0 00 ] 00 /o COLUMN 15 COMPONENT SIDE SHOWN 0,00 000 0 00 o0]00 40 COLUMN 14 SCALE 5/1 . oO o||' 00 0 00 0 00 0},00,0 COLUMN 13 24.76 24X 11.85 | = (44.40) Oy PO 9 OF FP FF OT O |S COLUMN 12 ol|' 00 0 00 0 00 0/0010 COLUMN 11 21.1 ; 5 Oo; 00 0 00 0 00 0]/00 |J0 COLUMN 10 0.46 [0.018] PTH ce ii 0 : Y | S& Oo} 90 O09 00 909 00 0); O |,04 COLUMN 9 ?q B0.57 (0.0225) DRILL _ 3.38 = 0} 00 000 0 00 0] 00 Jo+COLUMN 8 20.88 [0.035] PAD S14] fal falc = oOo}, 9 O 08 00 08 00 0; 0 0 |.047 COLUMN 7 oO in} {LO} finPo} JS] ley in| |;oTo mo ni ~ - 3 o =|X]} fs] /fele a OMPONENT OUTLINE O'|00 0 00 0 00 0/00 0 COLUMN 6 0.85 L iD o,00.0 00 0.00 0j 0 0 |-0+- COLUMN 5 i Slo o 0 00 6 66 6] 66 '6 COLUMN 10 Oo} 900 0 900 0 90 0/0 JO COLUMN 4 rol} 60 0 00 0 00 0] 00 ;o-+COLUMN 9 Oo} 90 0 080 0 90 9} O O };O- COLUMN 3 Oo} 00 0 00 0 00 0/00 |Jo COLUMN 8 ie tf 5 C 5 C P S 4H 7 S K 1G COLUMN 2 mo, B Ol 00 0 00 0.00 0] 0 0 |'o=-COLUMN 7 0 erpoe 0 00 909 8290 Of 0 O |:6--\ COLUMN 1 Oo100 0 00 0 00 0}0 0 10 COLUMN 6 0.90 / \S Oo 9X 11.85 | = (16.65) ol 60 000 000 o|00 o-t+ COLUMN 5 A \o >k.78 old?0 0 00 0 00 0]00 .Io COLUMN 4 / / SA NS o|/ 00 0 00 0 00 0/0 0 |,o--COLUMN 3 EEP OUT O11 900 0 00 0 900 90)}0 0 :!0 COLUMN 2 _/ Fe (1.35) 1 | AG. AB C DE F GH I|J K (KG: S 0 en) 0 09 00 0 0090 90),00 \P yp COLUMN (2.10) > _. = L 9.90 ot NN (5.55) 1 AN No s = (4.625) \ 25 POSITION LEFT POLARIZING BR <p QUT GbXe BACKPLANE HOLE PATTERN S COMPONENT SIDE SHOWN 4 O AM (8) SCALE 5/1 S NO SURFACE TRACES IN KEEP OUT AREA ~ (1,35) TOLERANCES DESIGN 12/08/00 - S-ALLEN Amphenol TCS (1 OPTIONAL HOLE LOCATION FOR GROUNDED PIN OR (2.10) 0.0 0.25 | prawn 01-11-2006 ampeno a ADDITIONAL GUIDE PIN SUPPORT. SEE DOCUMENT C-564-04'71-000 (5.55) _ ~ M.DEROSA 200 Innovative Way, Nashua, NH 03062 603.879.9000 FOR DETAIL AND LOCATION. FOR DC BOARD WEIGHT > BLBS.. eee ee ee REFER TO TB-2104 FOR PROPER GUIDE PIN SIZING. 0.000 |4- B.RICHARD GbXe 4 PAIR DIFFERENTIAL we LEFT POLARIZING BACKPLANE MODULE GOADDITIONAL ROWS AG AND HG RECOMMENDED FOR ALL APPLICATIONS. 10 POSITION Lert POLARIZING ANGLES J = J eR CuARD baa: a (THESE ROWS SHOULD BE CONNECTED TO GROUND.) GbxXe BALKPLANE HOLE PATTERN UNLESS OTHERWISE SPECIFIED DIMENSIONS SEE PART NUMBER TREE N/A ARE IN MM, DECIMAL MARKER IS A PERIOD (Q)SEE DOCUMENT 190-0002-000 FOR TOOLING KEEPOUT ZONES. COMPONENT SIDE SHOWN & i DRAWING NO. 406_s0p my SCALE 5/1 @ISTATED PAD SIZE MAY REQUIRE FILLETING. FOR DETAILED ROUTING GUIDELINES, SEE TB-2090. CUSTOMER USE Prove type: P1021-BP-PCB-LTPOL-10 | 1.71 INTERPRET PER ASME Y14.5M DRAW ING Pro/E DRAWING: C-345-4105-500 | B.0 NOTES: CODE IDENT 31413 SIZE 0D SCALE 5/1 SHEET 2 OF 2 6 4 3 2 1