REVISION AE
DO NOT
SCALE FROM
THIS PRINT
OPTIONS
(LEAVE BLANK FOR STANDARD
No OF POSITIONS
AND USE SFML-XX-D)
.020 0.51
-05, -07, -08, -10 THRU -50
-A: ALIGNMENT PIN (USE SFML-XX-D-A)
REF
(PER ROW)
.060 1.52
(SEE FIG 5, SHT 3)
-LC: LOCKING CLIP (SEE FIG 7, SHT 3)
LEAD STYLE
REF
(USE (2) LC-05-TM & SFML-XX-D) (SEE NOTE 9)
DETAIL 'D'
-01: THROUGH HOLE
FIG 1
-P: PICK & PLACE PAD (SEE FIG 6, SHT 3)
(USE C-44-01-XXX, SEE FIG 1, SHT 1)
ALTERNATE CONSTRUCTION
(USE PPP-02) (NOT AVAILABLE IN 5 POS)
-02: SURFACE MOUNT
THROUGH HOLE/STRAIGHT MODIFIED
-TR: TAPE & REEL PACKAGING
(USE C-44-02-XXX, SEE FIG 3, SHT 2)
(SHOWN: SFML-125-X1-XXX-D)
(N/A with -X1 AND -X3 LEAD STYLE,
"A"
"A"
-03: STRAIGHT MODIFIED
SEE FIG 2, SHT 1)
(USE C-44-03-XXX, SEE FIG 1, SHT 1)
'D'
"B"
-K: POLYIMIDE FILM PAD
-L1: THROUGH HOLE (LOW INSERTION)
01
(USE K-500-300)(SEE FIG.4, SHT. 2)
(USE C-61-01-XXX, SEE FIG 1, SHT 1)
-SN: SOLDER NAIL (USE SFML-XX-D-SN &
-L2: SURFACE MOUNT (LOW INSERTION)
.145 3.68 REF
WT-27-01-T) (SEE FIG 8, SHT 4)
(USE C-61-02-XXX, SEE FIG 3, SHT 2)
(AVAILABLE ON -X2 LEAD STYLES ONLY)
02
-L3: STRAIGHT MODIFIED (LOW INSERTION)
-SN2: SOLDER NAIL FOR .093 BOARD
(USE C-61-03-XXX, SEE FIG 1, SHT 1)
(USE SFML-XX-D-SN &
-T1: THROUGH HOLE (PHOS BRONZE)
"B"
WT-27-02-T) (SEE FIG 8, SHT 4)
(USE C-119-01-XXX, SEE FIG 1, SHT 1)
.050 1.27 REF
.080 2.03
(ONLY AVAILABLE WITH -02, L2, AND T2 LEAD
-T2: SURFACE MOUNT (PHOS BRONZE)
REF
STYLE. NOT AVAILABLE WITH -A, -LC OPTIONS)
(USE C-119-02-XXX, SEE FIG 3, SHT 2)
ROW SPECIFICATION
.120 3.05 REF
.100 2.54 REF (TYP)
-D: DOUBLE ROW
AE
(USE SFML-XX-D-X)
"C" REF (TYP)
PLATING SPECIFICATION
(SEE NOTE 5
C2
& TABLE 3)
-S: 30µ" SELECTIVE GOLD IN CONTACT AREA,
(No OF POS x .050 [1.27] + .155 [3.94] REF
MATTE TIN ON TAIL
-F: 3µ" FLASH SELECTIVE GOLD IN CONTACT AREA,
SFML-XX-D
MATTE TIN ON TAIL
(No OF POS x .050 [1.27]) + .015 [.38] REF
.035 0.89
-H: 30µ" HEAVY GOLD IN CONTACT AREA, 3µ" GOLD ON TAIL
-L: 10µ" LIGHT SELECTIVE GOLD IN CONTACT AREA,
REF (TYP)
MATTE TIN ON TAIL
.065 1.65 REF
.180 4.57
-STL: 30µ" SELECTIVE GOLD IN CONTACT AREA,
REF
TIN/LEAD (90/10+/-5%) TAIL (ONLY AVAILABLE ON
C3
-02 AND -L2 LEADSTYLES)
"A"
-SM: 30µ" SELECTIVE GOLD IN CONTACT AREA,
(SEE TABLE 1)
MATTE TIN ON TAIL
-LM: 10µ" LIGHT SELECTIVE GOLD IN CONTACT AREA,
.110 2.79
.005 0.13 REF
MATTE TIN ON TAIL
REF
-FM: 3µ" FLASH SELECTIVE GOLD IN CONTACT AREA,
1 MAX SWAY 2 MAX TOE
"B" REF
MATTE TIN ON TAIL
(TYP)
(SEE TABLE 1)
(TYP)
C4
.050 1.27
C1
.050 1.27
(No OF POS x .050 [1.27]) - .050 [1.27]
NOTES:
REF
AE
SFML-1XX-XX-XXX-D-XXX
SECTION "A"-"A"
FIG 2
C8
SECTION "B"-"B"
-TR: TAPE & REEL PACKAGING
(ALTERNATE KEYING OPTION SHOWN)
1.
C
REPRESENTS A CRITICAL DIMENSION.
2. COPLANARITY: .004 [.10] FOR POS. 10 THRU 26
.006 [.15] FOR POS. 27 THRU 50
3. MINIMUM PUSHOUT FORCE: .5 LB.
4. MAXIMUM ALLOWABLE BOW: .002 INCH/INCH [MM/MM] AFTER ASSEMBLY.
5. POSITIONS -05 AND -07 WILL HAVE ONLY ONE CLIP AT DIMENSION SHOWN AND
WILL NOT HAVE POLARIZATION NOTCH;
POSITIONS -10 THROUGH -24 WILL HAVE ONLY ONE CLIP AT DIMENSION SHOWN;
POSITIONS -25 THROUGH -34 WILL HAVE TWO CLIPS AT DIMENSION SHOWN;
POSITIONS -35- THROUGH -50 WILL HAVE THREE CLIPS: TWO AT DIMENSION
SHOWN & ONE CENTERED ON INSULATOR.
6. SEE NOTCH FOR PROPER ORIENTATION.
7. PINS CAN BE ORIENTED IN ANY DIRECTION; BOTH ROWS MUST FACW SAME WAY.
8. MAXIMUM PIN HEIGHT VARIATION BETWEEN ANY TWO ROWS: .003[.08].
9. DUE TO THE HIGH AMOUNT OF INSERTION FORCE NEEDED, THE –LC OPTION IS NOT
COMPATIBLE WITH AUTO PLACEMENT. SAMTEC RECOMMENDS MANUAL PLACEMENT
FOR ALL ASSEMBLIES WITH THE –LC OPTION."
10. TUBE PARTS WITH NOTCH TOWARD ARROW.
POS. 1
UNLESS OTHERWISE SPECIFIED,
DIMENSIONS ARE IN INCHES.
TOLERANCES ARE:
DECIMALS
PROPRIETARY NOTE
THIS DOCUMENT CONTAINS INFORMATION
CONFIDENTIAL AND PROPRIETARY TO
SAMTEC, INC. AND SHALL NOT BE REPRODUCED
OR TRANSFERRED TO OTHER DOCUMENTS OR
DISCLOSED TO OTHERS OR USED FOR ANY
PURPOSE OTHER THAN THAT WHICH IT WAS
OBTAINED WITHOUT THE EXPRESSED WRITTEN
CONSENT OF SAMTEC, INC.
USER DIRECTION OF UNREELING
.XX: .01[.3]
.XXX: .005 [.13]
.XXXX: .0020 [.051]
ANGLES
2
520 PARK EAST BLVD, NEW ALBANY, IN 47150
PHONE: 812-944-6733
FAX: 812-948-5047
e-Mail: info@SAMTEC.com
code: 55322
DESCRIPTION:
DWG. NO.
MATERIAL:
DO NOT SCALE DRAWING
SHEET SCALE: 2:1
SEE NOTE 6
c:\enterprisevault\DWG\MISC\MKTG\SFML-1XX-XX-XXX-D-XXX-MKT.SLDDRW
INSULATOR:
VECTRA E130i, LCP UL 94 VO
COLOR: BLACK
CONTACT: BeCu
PHOS BRONZE
.050 [1.27] x .050 [1.27] LOCKING SOCKET ASSEMBLY
SFML-1XX-XX-XXX-D-XXX
SHEET
1
OF
4
BY:
BRATCHER 4/19/99
REVISION AE
-K: POLYIMIDE FILM PAD OPTION
(SHOWN: SFML-110-X2-X-D-K)
(ALTERNATE CONSTRUCTION SHOWN)
"M"
-X2: SURFACE MOUNT
(SAME AS FIG 1, UNLESS OTHERWISE STATED)
FIG 4
FIG 3
C5
"P"
.190 4.83
(No OF POS x .050 [1.27]) - .050 [1.27]
(TOL ACCUM .005 [.13]
.1575±.0050 4.000±0.127
NOTE:
"M" = USED MEASURED DIMENSION (REF)
"P" = {("M" - .1575 [4.000]) /2} .020 [.51]
C-XX-X2-XXX
C7
2 MAX SWAY
(TYP)
"C"
C6
.185
- .005
4.70
- 0.13
+.002
+0.05
+4
SEE NOTE 2
"C"
.161 4.09 REF
-2
SECTION "C"-"C"
c:\enterprisevault\DWG\MISC\MKTG\SFML-1XX-XX-XXX-D-XXX-MKT.SLDDRW
PROPRIETARY NOTE
THIS DOCUMENT CONTAINS INFORMATION
CONFIDENTIAL AND PROPRIETARY TO
SAMTEC, INC. AND SHALL NOT BE REPRODUCED
OR TRANSFERRED TO OTHER DOCUMENTS OR
DISCLOSED TO OTHERS OR USED FOR ANY
PURPOSE OTHER THAN THAT WHICH IT WAS
OBTAINED WITHOUT THE EXPRESSED WRITTEN
CONSENT OF SAMTEC, INC.
520 PARK EAST BLVD, NEW ALBANY, IN 47150
PHONE: 812-944-6733
FAX: 812-948-5047
e-Mail: info@SAMTEC.com
code: 55322
DESCRIPTION:
DWG. NO.
DO NOT SCALE DRAWING
SHEET SCALE: 4:1
.050 [1.27] x .050 [1.27] LOCKING SOCKET ASSEMBLY
SFML-1XX-XX-XXX-D-XXX
SHEET
2
OF
4
BY:
BRATCHER 4/19/99
REVISION AE
FIG 5
-A: ALIGNMENT PIN OPTION
(SAME AS FIG 1, UNLESS OTHERWISE STATED)
(ALTERNATE CONSTRUCTION SHOWN)
SFML-XX-D-A
PT-1-24-13-09
PACKAGE PARTS IN TUBES AS SHOWN
( SEE NOTE 10)
(No OF POS x .050 [1.27]) + .125 [3.18] REF
SAMTEC
PT-1-24-14-09
ANTI-STATIC
.050 1.27 REF
.050 1.27 REF
(No OF POS x .050 [1.27]) + .075 [1.91] REF
PT-1-24-15-09
SAMTEC
ANTI-STATIC
FIG 6
-P: PICK & PLACE PAD OPTION
(SAME AS FIG 1, UNLESS OTHERWISE STATED)
(ALTERNATE CONSTRUCTION SHOWN)
.394 10.01 REF
PPP-02
"A" .010 [.25]
(SEE TABLE 2)
.062 1.57
.225 5.72
REF
-LC: LOCKING CLIP OPTION
(SAME AS FIG 1, UNLESS OTHERWISE STATED)
(ALTERNATE CONSTRUCTION SHOWN)
SFML-XX-D
FIG 7
LOCKING TAB
.065 1.65
.056 1.42 REF
(No OF POS x .050 [1.27]) + .075 [1.91]
PROPRIETARY NOTE
THIS DOCUMENT CONTAINS INFORMATION
CONFIDENTIAL AND PROPRIETARY TO
SAMTEC, INC. AND SHALL NOT BE REPRODUCED
OR TRANSFERRED TO OTHER DOCUMENTS OR
DISCLOSED TO OTHERS OR USED FOR ANY
PURPOSE OTHER THAN THAT WHICH IT WAS
OBTAINED WITHOUT THE EXPRESSED WRITTEN
CONSENT OF SAMTEC, INC.
.010 0.25 REF
LC-05-TM
c:\enterprisevault\DWG\MISC\MKTG\SFML-1XX-XX-XXX-D-XXX-MKT.SLDDRW
520 PARK EAST BLVD, NEW ALBANY, IN 47150
PHONE: 812-944-6733
FAX: 812-948-5047
e-Mail: info@SAMTEC.com
code: 55322
DESCRIPTION:
DWG. NO.
DO NOT SCALE DRAWING
SHEET SCALE: 3:1
.050 [1.27] x .050 [1.27] LOCKING SOCKET ASSEMBLY
SFML-1XX-XX-XXX-D-XXX
SHEET
3
OF
4
BY:
BRATCHER 4/19/99
REVISION AE
FIG 8
-SNX: SOLDER NAIL OPTION
(SHOWN: SFML-125-02-XXX-D-SN
(SAME AS FIG 1, UNLESS OTHERWISE STATED)
(ONLY AVAILABLE ON -X2 LEAD STYLES)
(No OF POS x .050[1.27]) + .185[4.70] REF
SFML-XX-D-SN
C
L
"D"
C
L
C9
FLUSH TO .005[0.13] ABOVE
"B" REF
WT-27-XX-T
2 MAX SWAY
(TYP)
C10
"D"
.026 0.66
REF (2 PLCS)
SECTION "D"-"D"
(No OF POS x .050[1.27]) + .085[2.16]
OPTION
-SN
SN2
TABLE 3
"B"
.066[1.68]
.101[1.80]
PROPRIETARY NOTE
THIS DOCUMENT CONTAINS INFORMATION
CONFIDENTIAL AND PROPRIETARY TO
SAMTEC, INC. AND SHALL NOT BE REPRODUCED
OR TRANSFERRED TO OTHER DOCUMENTS OR
DISCLOSED TO OTHERS OR USED FOR ANY
PURPOSE OTHER THAN THAT WHICH IT WAS
OBTAINED WITHOUT THE EXPRESSED WRITTEN
CONSENT OF SAMTEC, INC.
520 PARK EAST BLVD, NEW ALBANY, IN 47150
PHONE: 812-944-6733
FAX: 812-948-5047
e-Mail: info@SAMTEC.com
code: 55322
DESCRIPTION:
DO NOT SCALE DRAWING
SHEET SCALE: 4:1
.050 [1.27] x .050 [1.27] LOCKING SOCKET ASSEMBLY
DWG. NO.
c:\enterprisevault\DWG\MISC\MKTG\SFML-1XX-XX-XXX-D-XXX-MKT.SLDDRW
BY:
BRATCHER 4/19/99
SFML-1XX-XX-XXX-D-XXX
SHEET
4
OF
4
PCB设计
京公网安备 11010802033920号
Copyright © 2005-2026 EEWORLD.com.cn, Inc. All rights reserved
电子工程世界
