EEWORLDEEWORLDEEWORLD

Part Number

Search

LCW-131-15-L-M-230

Description
Board Connector, 31 Contact(s), 1 Row(s), Male, Straight, 0.1 inch Pitch, Wire Wrap Terminal, Locking, Black Insulator, Receptacle
CategoryThe connector    The connector   
File Size61KB,1 Pages
ManufacturerSAMTEC
Websitehttp://www.samtec.com/
Environmental Compliance  
Download Datasheet Parametric View All

LCW-131-15-L-M-230 Overview

Board Connector, 31 Contact(s), 1 Row(s), Male, Straight, 0.1 inch Pitch, Wire Wrap Terminal, Locking, Black Insulator, Receptacle

LCW-131-15-L-M-230 Parametric

Parameter NameAttribute value
Is it lead-free?Lead free
Is it Rohs certified?conform to
Reach Compliance Codecompliant
ECCN codeEAR99
Factory Lead Time3 weeks
Other featuresLOCKING CLIP REMOVED
body width0.2 inch
subject depth0.31 inch
body length3.1 inch
Body/casing typeRECEPTACLE
Connector typeBOARD CONNECTOR
Contact to complete cooperationGOLD (10) OVER NICKEL (50)
Contact completed and terminatedTin (Sn) - with Nickel (Ni) barrier
Contact point genderMALE
Contact materialPHOSPHOR BRONZE
contact modeRECTANGULAR
Contact styleSQ PIN-SKT
Dielectric withstand voltage1000VAC V
Insulation resistance5000000000 Ω
Insulator colorBLACK
insulator materialGLASS FILLED POLYESTER
JESD-609 codee3
Manufacturer's serial numberLCW
Plug contact pitch0.1 inch
Installation option 1LOCKING
Installation methodSTRAIGHT
Installation typeBOARD
Number of connectorsONE
PCB row number1
Number of rows loaded1
Maximum operating temperature125 °C
Minimum operating temperature-65 °C
PCB contact patternRECTANGULAR
Plating thickness10u inch
polarization keyPOLARIZED HOUSING
Rated current (signal)3 A
GuidelineUL
reliabilityCOMMERCIAL
Terminal length0.3 inch
Terminal pitch2.54 mm
Termination typeWIRE WRAP
Total number of contacts31
F-203 SUPPLEMENT
LCW–108–10–T–S–230
BST–108–09–G–D–318–RA
.025" TERMINAL STRIPS
LCW, BST SERIES
SQ
Mates with:
SSW, SSQ, ESW, ESQ,
IDSS (LCW), IDSD (BST)
TYPE
STRIP
1
NO. PINS
PER ROW
LEAD
STYLE
PLATING
OPTION
ROW
OPTION
POST
HEIGHT
OTHER
OPTION
SPECIFICATIONS
For complete specifications
see www.samtec.com?LCW
or www.samtec.com?BST
Insulator
Material:
Black Glass Filled
Polyester
Flammability Rating:
UL 94V-O
Insulation Resistance:
5000 megohm @ 500 VDC
Operating Temp Range:
-65°C to l25°C with Gold
-65°C to l05°C with Tin
Withstanding Voltage:
1000 VRMS @ 60 Hz
Terminal Material:
Drawn Phosphor Bronze Wire
Plating:
Au or Sn over 50µ"
(1,27µm) Ni
Current Rating:3
A
Terminal Retention in Body:
3 lbs (13,35N)
Note:
Some lengths, styles and
options are non-standard,
non-returnable.
–XXX
=Friction Lock
LCW
BST
= “C” or “F”
Specify
post height
from chart
–R“X”
=Right
Angle
(Specify
from chart)
=Bottom Shroud
10
µ
" (0,25
µ
m)
= Gold on Contact Area,
Gold Flash on Balance
01 thru 36
(2,54).100 X No. of Positions
(0,64)
.025 SQ
TYP
(7,87)
.310
(2,54)
.100
(0,64)
.025
SQ
TYP
–G
–S
(7,24)
.285
=Single Row
(LCW)
–S
=Locking
Lead
(Specify
from chart)
–LL
–T
= Tin
30
µ
" (0,76
µ
m)
= Gold on Contact Area,
Tin on Tail
10
µ
" (0,25
µ
m)
= Gold on Contact Area,
Tin on Tail
=Locking Clip
Removed From
End Positions
(LCW)
–M
–L
BST
(2,54)
.100
TYP
LCW
=Double Row
(BST)
–D
Two leads per
strip crimped in
opposite
directions on or
near centerline.
(Tail length
“A”=.300"
or less) N/A
with1 or 2
positions
Straight Pin Versions
*
*
LCW
LEAD TAIL OAL POST
STYLE A
B
C
– 07
(2,54) (10,92)
.100
.430
– 08
– 09
–10
–11
–12
–13
–14
(5,08)
.200
(10,16)
.400
(12,70)
.500
(15,24)
.600
(17,78)
.700
(22,86)
.900
(27,94)
1.100
(7,62)
.300
(2,92)
.115
(3,81)
.150
(25,40)
1.000
(20,32)
.800
(3,30)
.130
(8,38)
.330
(10,92)
.430
(13,46)
.530
(16,00)
.630
(21,08)
.830
(16,16)
1.030
(5,84)
.230
(23,62)
.930
(18,54)
.730
(13,46)
.530
(18,54)
.730
(21,08)
.830
(23,62)
.930
(26,16)
1.030
(31,24) (5,84)
1.230 .230
(36,32)
1.430
(16,00)
.630
(11,30)
.445
(12,19)
.480
(33,78)
1.330
(28,70)
1.130
(13,46)
.530
(18,54)
.730
(21,08)
.830
(23,62)
.930
(26,16)
1.030 (7,62)
(31,24) .300
1.230
(36,32)
1.430
(16,00)
.630
(33.78)
1.330
(28,70)
1.130
(5,08)
.200
(2,54)
.100
Right Angle Versions
LCW
-RA &
-RR
-RE
LEAD TAIL TAIL
STYLE
A
A
POST
F
– 09
–10
–11
–12
–13
(5,84)
.230
(6,60)
.260
(9,14)
.360
(11,68)
.460
(14,22)
.560
(19,30)
.760
(24,38)
.960
(4,06)
.160
(21,84)
.860
(16,76)
.660
(4,83)
.190
(7,37)
.290
(9,91)
.390
(12,45)
.490
(17,53)
.690
(22,61)
.890
(2,29)
.090
(20,07)
.790
(14,99)
.590
(4,06)
.160
(6,60)
.260
(9,14)
.360
(11,68)
.460
(16,76)
.660
(21,84)
.860
(1,52)
.060
(19,30)
.760
(14,22)
.560
(2,29)
.090
(4,83)
.190
(7,37)
.290
(9,91)
.390
(14,99)
.590
(20,07)
.790
(5,08)
.200
(2,54)
.100
REGULAR
RIGHT ANGLE
OPTION
X
(1,52) .060
– RA
(4,06) .160
– RE
– RP
(0,64) .025 MAX
C
B
A
LEAD
STYLE
– 09
–10
–11
BST
TAIL OAL
D
E
(5,46)
.215
(8,00)
.315
(10,54)
.415
(13,08)
.515
(18,16)
.715
(23,24)
.915
(2,92)
.115
(20,70)
.815
(15,62)
.615
(3,23)
.127
(5,77)
.227
(8,31)
.327
(10,85)
.427
(15,93)
.627
(21,01)
.827
(18,47)
.727
(13,39)
.527
(18,54)
.730
(21,08)
.830
(23,62)
.930
(26,16)
1.030
(31,24)
1.230
(36,32)
1.430
(16,00)
.630
(33,78)
1.330
(28,70)
1.130
(18,54)
.730
(21,08)
.830
(23,62)
.930
(26,16)
1.030
(31,24)
1.230
(36,32)
1.430
(33,78)
1.330
(28,70)
1.130
-RP
TAIL POST
C
A
C
A
REGULAR
RIGHT ANGLE
*
*
*
*
–15
–16
–17
–19
– 20
– 08
– 09
–10
–11
–12
–13
–14
*Available with
–LL (Locking Lead)
Option
–12
–13
–14
–15
–14
–15
–19
– 20
– 09
–10
–11
–12
(1,78)
.070
(2,54)
.100
–19
– 20
F
– 09
–10
E
–11
–12
–13
D
(6,10)
.240
(8,08)
.318
–13
–14
–15
–19
– 20
*
–15
–19
– 20
–14
–19
– 20
BST
(7,62)
.300
(10,16)
.400
(12,70)
.500
(15,24)
.600
(20,32)
.800
(25,40)
1.000
(5,08)
.200
(22,86)
.900
(17,78)
.700
(5,84)
.230
(8,38)
.330
(10,92)
.430
(13,46)
.530
(18,54)
.730
(23,62)
.930
(3,30)
.130
(17,53) (21,08)
.690
.830
(12,45) (16,00)
.490
.630
X
LCW
(5,84)
.230
REVERSE
RIGHT ANGLE
OPTION
X
(1,52) .060
– RR
– PR
(0,64) .025 MAX
LEAD
STYLE
– 08
– 09
–10
–11
–12
BST
TAIL POST
F
D
(2,29)
.090
(7,37)
.290
(9,91)
.390
(12,45)
.490
(14,99)
.590
(20,07)
.790
(4,83)
.190
(17,53)
.690
(5,08)
.200
(7,62)
.300
(10,16)
.400
(12,70)
.500
(17,78)
.700
(15,24)
.600
(5,84)
.230
(1,78)
.070
–13
–15
F
– 20
– 09
–10
(1,52)
.060
(2,54)
.100
(7,62)
.300
(2,54)
.100
–11
D
–12
(6,10)
.240
(8,08)
.318
–13
– 20
BST
Due to technical progress, all designs, specifications and components are subject to change without notice.
WWW.SAMTEC.COM
SAMTEC USA
• Tel: 1-800-SAMTEC-9 or 812-944-6733 • Fax: 812-948-5047
SAMTEC UK
• Tel: 01236 739292 • Fax: 01236 727113
SAMTEC GERMANY
• Tel: +49 (0) 89 / 89460-0 • Fax: +49 (0) 89 / 89460-299
SAMTEC FRANCE
• Tel: 01 60 95 06 60 • Fax: 01 60 95 06 61
SAMTEC ITALY
• Tel: 39 039 6890337 • Fax: 39 039 6890315
SAMTEC ASIA PACIFIC
• Tel: 65 6745-5955 • Fax: 65 6841-1502
SAMTEC CHINA
• Tel: 86-21-5385-4089 • Fax: 86-21-5385-4047
SAMTEC JAPAN
• Tel: 81-424-42-8318 • Fax: 81-424-42-8319
SAMTEC TAIWAN
• Tel: 886-02-2364-6077 • Fax: 886-02-2367-9531
SAMTEC HONG KONG
• Tel: 852-26904858 • Fax: 852-26904842
SAMTEC ANZ •
Tel: 613 9512 7747 • Fax: 613 9512 7745
dsp28335 address line problem
I use a dsp to connect an external processing chip, and want to read the register value in the external chip. The address lines are connected to 14 pins, 0-9, 12-15. If the pins are configured in the ...
keaitaov Microcontroller MCU
uclinux compilation problem
Today I successfully ran the kernel I burned, and I would like to share some information with you....
范小川 Linux and Android
Summary of the latest wireless transceiver module information
[i=s]This post was last edited by paulhyde on 2014-9-15 04:09[/i] :P :P :P :P :P :P :P :P :P :P :P :P Good stuff to share with you!...
flomingo Electronics Design Contest
How to achieve positive and negative pulse output using a single battery power supply
How to achieve positive and negative pulse output using a single battery power supply To output positive and negative bidirectional pulse waveforms, is it necessary to use a positive and negative powe...
QWE4562009 Power technology
Why is the voltage drop larger after the DC voltage passes through the rectifier bridge?
[color=#333333][font=arial, 宋体, sans-serif,]Since my circuit needs to pass both AC and DC, I used a rectifier bridge KBP307 at the front end of the circuit. It was found that when the input voltage wa...
hfutdsplab LED Zone
A very simple program. I looked at it for a long time but couldn't figure out what was wrong. . .
#include sbit p1_1=P0^0; #define uchar unsigned char #define uint unsigned int void delay(uint); void main() { while(1) { p1_1=0; delay(200); p1_1=1; delay(200); { } void delay(uint z) { uint x,y; for...
xywust MCU

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

Robot
development
community

Index Files: 1217  2284  1087  1210  606  25  46  22  13  7 
Datasheet   0 1 2 3 4 5 6 7 8 9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
Room 1530, 15th Floor, Building B, No. 18 Zhongguancun Street, Haidian District, Beijing Telephone: (010) 82350740 Postal Code: 100190
Copyright © 2005-2026 EEWORLD.com.cn, Inc. All rights reserved 京ICP证060456号 京ICP备10001474号-1 电信业务审批[2006]字第258号函 京公网安备 11010802033920号