8 7 5 4 DWG NO. SH REV C4965000500 1 U ZONE REV SCR NO. DESCRIPTION BY DATE APPROVED - - 25398 NEW RELEASE TO PRODUCTION JG 8/7/98 C.MURPHY - A 26874 ADDED DATUMS AND POS TOL R.C. | 03/09/99 | _K.LEBLANC - B 28303 ORACLE MATCH D.F. | 08/03/90| S.BODWELL K xB00)(-) E - c 30404 COMPLETE RECONFIGURE; SEE SCR u 3/24/00 | _K.LEBLANC | 1.00 | = 0.55 - D 32006 ADDED NOTE 7, SEE SCR sc 9/18/00 K.LEBLANC [ - E 33149 ADDED NOTE 7, SEE SCR sc 1/2/01 K.LEBLANC q - F 41476 ADDED VHDM L-SERIES MCB 3/26/03 D.MANTER CCC ee ee - G 41937 CORRECTED DET V SHT. 3 JSG 4/24/03 D.MANTER D a a a a a a a i a a - H 42081 REVISE DATUMS, ADD PART REV ML. 05/02/03 wu BEERS | J |KLEC-66RSTD.VERO1 MODIFIED TITLE BLOCK sc | 9/21/04 | LEBLANC ZONE | | | | | | | i a it 17.1 - K |DMAG6BSKMF.VERO4 ADDED LEAD FREE PLATING OPTION sc | 4/28/05 | S.BAR EDGE OF SHIELD TP Ra RP e EEL | LC |MFID-6CCHXZ.VERO1 MODIFIED NOTE 4, LINE 1 sc | 06/08/05 | FITZGERALD BEEBE EEE -_|_M_|MLEE6KS5QUM.VERO1 REPLACED DRAWING FORMAT wi _| 01/19/08 | _c.sAumis se os oe 2 ee _ N | ADDED DETAIL TO TABLE 1 FOR wot | 01/20/06 | KLEBLANC MCHU6KQP95.VERO3 15 POSITION MODULE /20/06 | K. \ _ _ MODIFIED TABLE 2, TABLE 3 HCL 04/19/06 | K.LEBLANC SEE DETAIL X P pear ENKPJ6.VEROZ AND PART NUMBER ASSIGNMENT 0.39 KX (=L) 1.55 = R &BAR-6RPNQU.VERO1 MODIFIED TABLE 3 HCL-PR| 08/09/06 | K.LEBLANC SEE TABLE 1 | T MCHU6USK2J.VERO1 UPDATED NOTE 6 HCL-AP| 11/10/06 | K.LEBLANC ADDED NEW PART NUMBERS FOR NEW P - U_ |CSAS82CUAG.VERO1 PART NUMBER ASSONMENT. TREE. HCLMH ee C.SAMMIS MODIFIED NOTES 5 & 6. REMOVED NOTE 14 AND TABLE 6. 0.40 SQ|| 144 C | |0.35]A/B] . SIGNAL PIN MATING SURFACE 7 0.40 \ [0.40] A]C| 4) \ INSULATOR ___ CONTACT LENGTH SEE TABLE 2 \ SEE TABLE 1 5.154010 6.25+0.10 SEE DETAIL U } - 4 ann 4.2540.10 |} 4:75+0.10 || boo: SHIELD { 12.3 qq HEIGHT . SEE TABLE 3} - L J \ \? \ \/ (BACKPLANE 0.28 i Kf pL INSULATOR TOP REF) fe e DETAIL U ~ SHIELD MATING SCALE 8/1 Se oe SURFACE SEE TABLE 2 \ a \ 11.25 -p{E] kK 2.5 S ! (TAIL LENGTH) & / z / fo} 7 co ? ou Oo Oo ? DWN 2/18/97 TOLERANCES ao v.Varhegyi Amphenol TCS 8 0.0 +0.25 [HK 3/18/97 A Division of Amphenol Corporation 0.00 + 0.13 D.Provencher 200 Innovative Woy, suite 201, Nashua, N.H. 03062 (603) 579-3000 wo 0.000 | [APVD TILE 7 ei sQ FE ANGLES|+ C.MURPHY BACKPLANE MODULE, OPEN = 1B 0.25} m UNLESS OTHERWISE SPECIFIED ENDED, 6 ROW VHDM c< DIMENSIONS ARE IN MILLIMETERS PART NO. REV CUSTOMER USE SEE PART NUMBER TREE |N/A DRAWING NO. REV INTERPRET PER ASME Y14.5M DRAWING C4965000500 U CODE IDENT 31413 size D | SCALE 4/1 | SHEET 1 OF 4 8 7 5 a 4 2 | 18 7 6 5 4 DWG NO. SH |REV C496-5000-500 2] U ZONE | REV SCR NO. DESCRIPTION BY DATE | APPROVED DAUGHTER CARD SIGNAL COLUMN DAUGHTER CARD SHIELD COLUMN SEE SHEET 1 D ff VHDM 6 ROW SHOWN 496SOXXXXX 2.00 49670XXXXX eSSitn Pans | o 2.00 @ % O O DAUGHTERBOARD IGNAL COLUMN CONNECTOR SIDE | q KH Qlblo cc 000bbb POSITION 1 Kk x|2.00]=(L) ROW A (2.00) 0.41 OFFSET (2.00) ADJACENT SIGNAL : COLUMN FOR CA CONTINUOUS GRID 1 J | BACKPLANE SIGNAL PIN | | | | 000 ROW A 4 x [2.25] =(9 00) Y 5 y 5 x [2.25] =(11.25) BACKPLANE SHIELD \. BRBPV) EET ~ ADJACENT SIGNAL: t q COLUMN FO (2.25) DAUGHTERCARD CONTINUOUS. GRID COLUMN 0-81 pH (7) BACKPLANE SIGNAL CONTACT (0.41) OFFSET SHIELD COLUMN [$e 0.10]x]y) SEE DETAIL V 0.660[.026"] DRILL K x[2.00] =(L) 1.00 PAD SIGNAL CONTACT SIGNAL MODULE Mes S & DETAIL V S SCALE 6/1 = 1.8 MIN o BOARD THICKNESS br 2620004XXX 2620000XXX 8 ADVANCED MATE SHIELD STANDARD MATE SHIELD ? DW 2/18/97 , TOLERANCES a u.Varhegyi Amphenol TCS 8 | 0.0 6 6|+0.25 lee 3/18/97 A Division of Amphenol Corporation 5.4 \ ; 5.3 0.00 + 0.13 D.Provencher | 20 Innovative Woy, suite 201, Nashua, N.H. 03082 (603) 78-3000 = A me rh AT gh TAC j 0.000 |+ |APVD THLE = oa | he - an aor ; un oe | mnarsle a MURPHY BACKPLANE MODULE, OPEN ~ ENDED, 6 ROW VHDM 2 5.64 2.68 DIMENSIONS ARE IN. MILLIMETERS c PART NO. REV DETAIL W CUSTOMER USE SEE PART NUMBER TREE N/A SCALE 1.5/1 DRAWING NO. REV INTERPRET PER ASME Y14.5M DRAWING C4965000500 U CODE IDENT 31413 size D | SCALE 2/1 | SHEET 2 OF 4 8 7 6 5 a 4 | 2 | 17 6 5 4 DWG NO. SH REV C4965000-500 3 U ZONE | REV SCR NO. DESCRIPTION BY DATE APPROVED SEE SHEET 1 DAUGHTER CARD D SIGNAL COLUMN VHDM LSERIES 6 ROW SHOWN 49630XXXXX SIGNAL CONTACT 2.00 POSITION 1 ROW A ~\ 2.00 DAUGHTERBOARD IGNAL COLUMN CONNECTOR SIDE | * \ J | fl KH Slob bbbpbpl 4 POSITION 1 kK x[2.00]=(L) i j C esa ][ at go i [| CONTINUOUS GRID MTT AT TRL 12.36 HAA _\, 7 ROW A BACKPLANE SIGNAL PIN (AIA --e---- OOO OK NR EEO BP $83 83 5 x [2.25] =(11.25) 0.41 OFFSET 0 > > D> ADJACENT SIGNAL (2.25) | q Ci SIGNAL 0.61 DAUGHTERCARD CONTINUGUS GRID COLUMN 08-81 PTH(7) BACKPLANE SIGNAL CONTACT (0.41) OFFSET 0.66 @190.101x1) SEE DETAIL V 0.660[.026"] DRILL ; ROW A , i SIGNAL CONTACT SIGNAL MODULE Wy I o 5 DETAIL V 5 SCALE 6/1 Oo J 1.8 MIN o BOARD THICKNESS br Oo a ? DWN 2/18/97 TOLERANCES ao u.Varhegyi Amphenol TCS 8 0.0 + 0.25 CHK oe > 3/18/97 A Division of Amphenol Corporation 0.00 + 0.13 D.Provencher 200 Innovative Way, eulte 201, Nashua, N.H. 03062 (603) 879-3000 = 0.000 |+ [APVD TILE ww ANGLES|E MURPHY BACKPLANE MODULE, OPEN 3 UNLESS OTHERWISE SPECIFIED ENDED, 6 ROW VHDM c DIMENSIONS ARE IN MILLIMETERS PART NO. Wy SEE PART NUMBER TREE |N/A Oc} CUSTOMER USE = INTERPRET PER ASME Y14.5M DRAWING C4965000500 U CODE IDENT 31413 size D | SCALE 2/1 | SHEET 3 OF 4 7 6 5 a 4 | 2 | 18 7 5 4 3 DWG NO. SH |REV C-496-5000-500 4] U ZONE REV SCR NO. DESCRIPTION BY DATE APPROVED SEE SHEET 1 BACKPLANE MODULE ASSEMBLY PART NUMBER ASSIGNMENT 496 X O XX O X X MODULE CONFIGURATION l L-gienat CONTACT LOAD (SEE TABLE 2) OPEN TYPE (PIN LENGTH) ASSEMBLY TYPE 1 = 4.75 D 2 CUSTOM LOAD, LEAD-FREE 2 = 6.25 3 L-SERIES 3 = 4.25 5 UNIFORM LOAD, 702X 4 = 5.15 14, REMOVED. 6 UNIFORM LOAD, BRUSH 60 TING cove ) g = Suvi Cie EBay Lomo 02% WBE om 73g $= 80 BA So aie CS BEE COE GENESEE MEASURED Fre TH Te 9 ADVANCED MATE, UNIFORM LOAD BRUSH OF COLUMNS (SEE TABLE 1) 1=732 5 = 803 . L CUSTOM LOAD, LEADED, ADVANCED PLATING. 10 = 10 COLUMN MODULE 2= 769 6 = 806 12. DATUM F IS DEFINED AS THE BOTTOM SURFACE OF THE PLASTIC INSULATOR. N CUSTOM LOAD, LEAD FREE, ADVANCED PLATING 15 = 15 COLUMN MODULE 3= 768 7 = 805 25 = 25 COLUMN MODULE 11. DATUM E IS DEFINED AS THE CENTERLINE OF THE CONNECTOR MEASURED FROM THE TWO MODULE OUTERMOST COLUMNS OF SIGNAL CONTACTS TAIL SIDE. ORIENTATION 0 OPEN 10. DATUM C- IS DEFINED AS THE CENTERLINE OF THE CONNECTOR MEASURED FROM THE TWO OUTERMOST COLUMNS OF SIGNAL CONTACT HOLES. TABLE 1 9. DATUM B IS DEFINED AS THE CENTERLINE OF THE TOP OF THE OUTERMOST WAFER SLOTS IN THE INSULATOR WALLS. ASSEMBLY (g) | BACKPLANE INSULATOR | x | (1) M p [[OTAL NUMBER OF |TOTAL NUMBER OF PART NUMBER MODULE SIGNAL CONTACTS | GROUND SHIELD 8. DATUM A IS DEFINED AS THE WAFER MATING SURFACE OF THE PLASTIC INSULATOR. 496(5,6,8,9)010OXX 4960110060 9 | (18.00) 19.00 | 20.0 60 10 (2) FOR HASL ONLY, PTH TO BE #0.61 60.495 mm. 496(5,6,8,9)015OXx 4960115080 14 1(28.00)129.00 1 30.0 20 18 (6) THE LAST 3 DIGITS OF THE SIGNAL CONTACT AND THE SHIELD CONTACT PART NUMBERS ARE DETERMINED c 496-(5,6,8,9)025OXXx 4960125060 24 |(48.00)149.00_| 50.0 150 25 BY THE PLATING CODE, PER EGS205. MATCHES PLATING DEFINED BY THE 9TH DIGIT OF ASSEMBLY PART NUMBER. 496-3010OXX 4960110060 9 |(18.00)| 19.00 _| 20.0 60 N/A 735 = Ni SULFAMATE, STANDARD GOLD, LEADED 496-30150XX 496-0115-060 14 |(28.00)|29.00 | 30.0 90 N/A 732 = Ni SULFAMATE, HIGH GOLD, LEADED 4963025OXX 4960125-060 24 |(48.00)|/ 49.00 | 50.0 150 N/A 769 = Ni SULFAMATE, STANDARD GOLD, LEAD-FREE 768 = Ni SULFAMATE, HIGH GOLD, LEAD-FREE 804 = NANO NI, STANDARD GOLD, LEADED TABLE 2 803 = NANO Ni, HIGH GOLD, LEADED 806 = NANO Ni, STANDARD GOLD, LEAD-FREE ASSEMBLY | SIGNAL CONTACT | CONTACT LENGTH 805 = NANO Ni, HIGH GOLD, LEAD-FREE 496(3,5,8)0XXOx1 | 260-0022 ) 4.75 5) IF MODULE PART NUMBER IS 4962XXXXXX OR 496-7XXXXXX OR 496LXXXXXX OR 496NXXXXXX an 11 : MODULE ORIENTATION, NUMBER OF COLUMNS,PLATING CODE, PART REVISION, AND SIGNAL CONTACT LOAD ARE NOT APPLICABLE. 496(3,5,8)OXXOX2] 2600021 6.25 @P ART MARKING AS FOLLOWS: 496(3,5,8)OXX0X3| 2600025 ) 4.25 LINE 1: ATCSYYWWDHH (LOGO, YEAR, WEEK, DAY, HOUR) 496(3,5,8)OXX0X4| 260-0024 (6) 5.15 LINE 2: MODULE PART NUMBER(496#######). 496-(6,9)OXXOXx1 260-0002 6) 4.75 LINE 3: WORK ORDER NUMBER(VH*4####), WHERE * DENOTES MANUFACTURING LOCATION. 496(6,9)OXXOX2 | 2600001 ) 6.25 496(6,9)0XX-0x3_| 260-0003 (6) 4.25 {3 OPEN, NOTCH END DESIGNATES COLUMN 1. = = = SHIELDS SHALL BE_STRAIGHT WITH MAXIMUM, ALLOWABLE BOW OF 0.15 MILLIMETERS 496(6,9)0XX-0X4_| 2600004 (6) 5.15 @ st EITHER SIDE OF SHIELD. SEE DETAIL "Xx". S NOTES: (1) WHEN ASSEMBLED TO BACKPLANE INSULATOR, CONTACTS MUST SEAT FLUSH WITH INSULATOR TOP SURFACE S TO A MAXIMUM ALLOWABLE GAP OF 0.25. z TABLE 3 (SEE DETAIL W, SHT 2) 9 p ASSEMBLY (@)SHIELD CONTACT | SHIELD HEIGHT O 49630XXXXX N/A N/A t 49650XXXxx | 262-0020 <6) 5.3 496GOXXXXx | 262-0000 <6) 5.3 49680XXXXX | 262-0024 <6) 5.5 g 49690XXXXX | 262-0004 <6) 5.5 S DWN 2/18/97 | TOLERANCES a uvoney | Amphenol TCS 8 0.0 |+0.25 leaR ___ - 3/18/97 A Division of Amphenol Corporation 0.00 + 0.13 D.Provencher | 200 Innovative Way, sutte 201, Noshua, N.H. 03062 (603) 878-3000 n 0.000 | |APVD 7 n aNGLES| = C.MURPHY BACKPLANE MODULE, OPEN - UNLESS OTHERWISE SPECIFIED ENDED, 6 ROW VHDM c*< DIMENSIONS ARE IN MILLIMETERS PART NO. REV CUSTOMER USE SEE PART NUMBER TREE |N/A DRAWING NO. REV INTERPRET PER ASME Y14.5M DRAWING C496-5000-500 U CODE IDENT 31413 size D | SCALE 2/1 | SHEET 4 OF 4 8 7 5 4 3 2 1