EEWORLDEEWORLDEEWORLD

Part Number

Search

DW-14-11-F-D-523

Description
.025" BOARD SPACERS
CategoryThe connector   
File Size156KB,1 Pages
ManufacturerSAMTEC
Websitehttp://www.samtec.com/
Environmental Compliance
Download Datasheet Parametric View All

DW-14-11-F-D-523 Overview

.025" BOARD SPACERS

DW-14-11-F-D-523 Parametric

Parameter NameAttribute value
Number of pins28
spacing0.100"(2.54mm)
Number of rows2
spacing0.100"(2.54mm)
Length - Overall Pin0.930"(23.622mm)
Length - Post (Mating)0.297"(7.544mm)
Length - overlap height0.523"(13.284mm)
Length - solder tail0.110"(2.794mm)
Installation typeThrough hole
Terminationwelding
Contact Plating - Post (Mating)gold
Contact Plating Thickness - Post (Mating)3.00µin (0.076µm)
colorblack
F-218 (Rev
10OCT17)
ZW–06–13–L–D–787–118
DW–11–20–T–D–825
(2.54 mm) .100"
HW–14–08–G–S–300–100
DW, EW, ZW, HW-TH SERIES
FLEXIBLE .025" SQ BOARD STACKERS
Mates with:
SSW, SSQ, ESW, ESQ,
CES, SLW, BSW, BCS,
SSM, HLE, PHF
Cable Mates:
IDSS, IDSD, SMSD, SMSS
TYPE
STRIP
NO. PINS
PER ROW
LEAD
STYLE
PLATING
OPTION
ROW
OPTION
STACKER
HEIGHT
OTHER
OPTIONS
SPECIFICATIONS
For complete specifications
see www.samtec.com?DW,
www.samtec.com?EW,
www.samtec.com?ZW or
www.samtec.com?HW-TH
Insulator Material:
DW, EW, ZW: Black Glass
Filled Polyester
HW: Natural Liquid
Crystal Polymer
Terminal Material:
Phosphor Bronze
Plating:
Au or Sn over
50 µ" (1.27 µm) Ni
Operating Temp Range:
-55 °C to +125 °C with Gold
-55 °C to +105 °C with Tin
RoHS Compliant:
Yes
Lead–Free Solderable:
DW, EW, ZW:
No, Lead Wave Only
HW: Yes
= (2.79 mm)
.110" Tail
DW
Specify LEAD STYLE
from chart
LEAD
STYLE
= Single
Row
–S
–“XXX”
= Stacker
Height
(in inches)
(5.08 mm)
.200"
minimum
–“XXX”
= ZW or HW
Tail Length
(in inches)
(1.40 mm)
.055"
minimum
Example:
–250
= (6.35 mm)
.250"
OAL
(10.92) .430
(13.46) .530
(18.54) .730
(21.08) .830
(23.62) .930
(26.16) 1.030
(31.24) 1.230
(36.32) 1.430
(16.00) .630
(11.30) .445
(12.19) .480
(33.78) 1.330
(28.70) 1.130
= Double
Row
–D
–T
– 07
POST
(0.00).000
MIN
– 08
– 09
–10
–11
(2.79)
.110
OVERALL
LENGTH
= Triple
Row
Example:
–250
= (6.35 mm)
.250"
= (8.38 mm)
.330" Tail
TAIL
(1.40) .055
MIN
EW
(OAL)
STACKER
HEIGHT
–12
–13
–14
–15
–16
–17
–19
–20
= Double
Row .200"
(5.08 mm)
row space
–Q
STACKER
HEIGHT
(5.08)
.200
MIN
ZW or
HW TAIL
LENGTH
(1.40)
.055
MIN
RECOGNITIONS
For complete scope of
recognitions see
www.samtec.com/quality
(8.38)
.330
= Custom Tail
FILE NO. E111594
ZW
01 thru 50
50
(2.54) .100 x
No. of Positions
01
(2.54)
.100
02
(5.08)
.200
01
03
99
150
(5.08)
.200
01
148
100
(2.54)
.100
= Gold flash on contact,
Matte Tin on tail
–F
–L
–S
–D
–T
or –Q*
= Same as
-T except
middle
row
of pins
missing.
= 10 µ" (0.25 µm)
Gold on contact area
of longer tail,
Matte Tin on tail
TAIL
LENGTH
ALSO AVAILABLE
(MOQ Required)
• Other platings
Contact Samtec.
= High Temp
Custom Tail
HW
(7.52)
.296
= 10 µ" (0.25 µm)
Gold on contact area
of longer tail,
Gold flash on balance
–G
= Locking
Lead
(Shortest
dimension
between the
tail and the
post is the
end that will
be crimped.
Available
on tails from
(2.29 mm)
.090" to
(7.87 mm)
.310" only.)
Single row, 01
& 02 positions
& –Q row not
available
–LL
–“XXX”
= Polarized
Specify omitted
pin position
–Q*
= Matte Tin
–T
Notes:
For added mechanical stability,
Samtec recommends
mechanical board spacers be
used in applications with gold or
selective gold plated connectors.
Contact ipg@samtec.com for
more information.
This Series is non-standard,
non-returnable.
(2.54)
.100
(2.54)
.100
TAIL
LENGTH
(0.64) .025 SQ TYP
Due to technical progress, all designs, specifications and components are subject to change without notice.
All parts within this catalog are built to Samtec’s specifications.
Customer specific requirements must be approved by Samtec and identified in a Samtec customer-specific drawing to apply.
WWW.SAMTEC.COM
Unable to perform JTAG emulation
I have already pinned it out, the voltage is 3.25V, the target chip is TMS320F28069, there is no EMU0, EMU1 pin, an error occurs.[[i] This post was last edited by cl17726 on 2013-6-29 13:45[/i]]...
cl17726 Microcontroller MCU
[FPGA entry to actual combat] Common Verilog skills (Part 1, Part 2) Source code & Q&A
[FPGA entry to actual combat] Verilog basic syntax, module writing, common Verilog skills (Part 1 and 2) Source code:If students do not understand the knowledge points in the video, they can ask quest...
laokai FPGA/CPLD
Regarding PWM gradient, please give me more advice
First of all, I would like to thank the moderator and all the experts for their guidance on the previous issue.Now, there is another problem: I want to make the red light dim and the blue light bright...
esobao MCU
Can Segger's Jlink be used to debug the LM3S9000 series?
Just as the title says....
438629087 Microcontroller MCU
What is the working principle of LDO?
What is the working principle of LDO? How does it ensure the output voltage is stable when the load current is constantly changing? For example, 5V to 3.3V...
debugme Analog electronics
Delay program based on msp430g2553
#include "msp430g2553.h" #define uint unsigned int //60us delay, 8M crystal oscillator void delay(uint z) {unsigned int i,j;for(i = 0;i60;i++)for(j=0;jz;j++){;;}; } //1us delay, 8M crystal oscillator ...
tcvsdonnnie Microcontroller MCU

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

Robot
development
community

Index Files: 1377  1404  1310  1997  2900  28  29  27  41  59 
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