F-217
MW–32–03–G–D–125–085
MW–16–03–G–D–185–125
MW–10–03–G–D–100–160
(1.00 mm) .0394"
MW–25–03–G–D–210–110
MW SERIES
SMT MICRO BOARD HEADER
SPECIFICATIONS
For complete specifications and
recommended PCB layouts
see www.samtec.com?MW
Insulator Material:
Top: Black LCP
Bottom: Natural LCP
Terminal Material:
Phosphor Bronze
Operating Temp Range:
-55 °C to +125 °C
Plating:
Au over 50 µ" (1.27 µm) Ni
RoHS Compliant:
Yes
Mates with:
CLM, MLE
ALSO AVAILABLE
(MOQ Required)
• End shrouds
• End shrouds with
guide posts
Contact Samtec.
PROCESSING
Lead-Free Solderable:
Yes
SMT Lead Coplanarity:
(0.10 mm) .004" max (02-30)
(0.15 mm) .006" max (31-50)
APPLICATIONS
EXAMPLES
LEAD STYLE
MATED
HEIGHT*
MW
CLM
MATED
HEIGHT
CLM
MW
-163-065
-233-065
–02
(6.35) .250
(8.13) .320
Surface
mount
Available with
optional end
shrouds and
pick-and-place
pads
RECOGNITIONS
For complete scope of
recognitions see
www.samtec.com/quality
FILE NO. E111594
*Processing conditions will
affect mated height.
(2.21)
.087
MW
NO. PINS
PER ROW
03
PLATING
OPTION
D
STACKER
HEIGHT
POST
HEIGHT
OPTION
02 thru 50
= 10 µ" (0.25 µm) Gold
–G
–“XXX”
= Stacker
Height
(in inches)
(2.41 mm)
.095" to
(6.22 mm)
.245"
–“XXX”
= Post
Height
(in inches)
(1.65 mm)
.065"
minimum
Example:
–065
= (1.65 mm)
.065"
= Alignment
Pin
(5 positions
minimum)
Metal or plastic
at Samtec’s
discretion
–A
(1.00)
.03937
02
No. of positions
x (1.00) .03937
100
(3.18) (5.21)
.205
.125
01
Example:
–245
= (6.22 mm)
.245"
= Pick &
Place Pad
(7 positions
minimum)
–P
(1.00)
.03937
99
(0.30) .012 SQ TYP
POST HEIGHT
(1.65) .065
MIN
(7.87)
.310
MAX
OVERALL
LENGTH
(1.49)
.059
(1.80)
.071
(3.18)
.125
STACKER
HEIGHT
(2.41)
.095
to
(6.22)
.245
(5.08)
.200
x
(3.18)
.125
= Tape & Reel
–TR
Note:
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.
Note:
This Series is
non-standard, non-returnable.
–P OPTION
WWW.SAMTEC.COM
Due to technical progress, all designs, specifications and components are subject to change without notice.
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