F-215
TMMH–116–04–L–6
TM
TMMH–125–04–F–D–EP
(2,00 mm) .0787"
FLEXIBLE THROUGH-HOLE HEADER
SPECIFICATIONS
For complete specifications
see www.samtec.com?TMMH
Insulator Material:
Black Liquid Crystal Polymer
Terminal Material:
Phosphor Bronze
Plating:
Sn or Au over
50µ" (1,27 µm) Ni
Current Rating (TMMH/ESQT):
4.5 A per pin
(1 pin powered per row)
Current Rating (TMMH/SQT):
5.1 A per pin
(1 pin powered per row)
Operating Temp Range:
-55°C to +105°C with Tin;
-55°C to +125°C with Gold
Voltage Rating:
500 VAC mated with SQW
RoHS Compliant:
Yes
Lead–Free Solderable:
Yes
Mates with:
CLT, SQT, SQW,
ESQT, TLE, SMM,
MMS, TCSD
Choice of 2, 3, 4, 5 and
6 rows on (2,00 mm)
.0787" pitch
(2,00 mm)
.0787"
APPLICATION
Through-hole
(2,00 mm)
.0787"
Retention Clip Option (–RC)
ALSO AVAILABLE
(MOQ Required)
• Other platings
Contact Samtec.
RECOGNITIONS
For complete scope
of recognitions see
www.samtec.com/quality
TMMH
1
NO. PINS
PER ROW
LEAD
STYLE
Specify
LEAD STYLE
from chart
PLATING
OPTION
Note:
Some lengths, styles and
options are non-standard,
non-returnable.
–F
= Gold flash
on post,
Matte Tin on tail
03 thru 50
OPTION
06
300
Other Solutions
Press Fit
Surface
Mount
See PTT Series.
No. of
rows
x
(2,00)
.0787
01
295
Z
LEAD
STYLE
–01
–04
–05
–06
A
B
C
–L
= 10µ" (0,25 µm)
Gold on post,
Matte Tin on tail
See previous page.
(2,92)
.115
(4,70)
–EC
.185
–EP & –EPC
(6,10)
.240
(4,45)
–EL & –EBC
.175
– ES
(7,67) (3,20) (2,46)
.302 .126 .097
(6,45) (1,91) (2,57)
.254 .075 .101
(5,94) (1,65) (2,29)
.234 .065 .090
(8,74) (3,20) (3,53)
.344 .126 .139
–T
= Matte Tin
Low Profile
See TMM Series.
(2,00)
.0787
No. of positions x (2,00) .0787 +
Z
02
(2,00) .0787
100
B
(2,00)
.0787
Right Angle
Four Row
See TMM Series.
(6,35)
.250
01
(Shrouded option requires -D)
A
C
99
–D
No. of positions x (2,00) .0787
(2,00)
.0787
A
–T
(2,00) .0787
B
–Q
(2,00) .0787
Shrouded
Four Row
Vertical &
Right Angle
See TMMS Series.
Paste In Hole (PIH) processing.
Contact Samtec ASP Group for
part customization.
C
(0,50) .020
SQ
(2,00) .0787
–5
–6
WWW.SAMTEC.COM
Due to technical progress, all designs, specifications and components are subject to change without notice.
TMMH–125–04–F–D–RA–ES
TMMH–118–04–T–D–EL
TMMH–110–04–L–D
TMMH–120–01–L–D–RA
TMMH–109–01–L–D
TMMH SERIES
Right angle
option
FLEX SHROUD OPTIONS
–EL OPTION
–EBC OPTION
–ES OPTION
APPLICATIONS
SQT TMMH
Optional
end shrouds
HORIZONTAL
–EP OPTION
–EPC OPTION
ROW
OPTION
TAIL OPTION
FLEX SHROUD OPTIONS
OTHER
OPTIONS
–D
= Double Row
(Required for
Flex Shroud
option)
–RA
= Right Angle
(Double & Triple Row only)
(–ES, –EP, –EL Double Row only)
(–EC, –EBC and –EPC not available)
(–06 Lead style not available)
B
(1,27)
.050
Flex Shroud requires -D row & 9 pins/row minimum
(For board-to-board interfaces. Will not mate with TCSD)
–“XXX”
= Polarized Position
(Specify position
of omitted pin)
–ES
= End Shroud
–T
= Triple Row
–EC
= End Shroud with Locking Clip
(Manual placement required)
–RC
= Retention Clip
(Mates to TCSD)
(Double row only,
minimum position 4
and available only
–06 lead style)
–Q
= Four Row
–EP
(2,62)
.103
= End Shroud with Guide Post
(2,00)
.0787
(3,20)
.126
–5
= Five Row
–D– RA
–EL
= End Shroud with Board Lock
(Boards are positively locked and cannot be unmated)
–6
= Six Row
D
E
–T– RA
(Lead style –01 only)
LEAD
STYLE
–01
–EBC
X
Y
= End Shroud with Board Lock and Locking Clip
(Boards are positively locked and cannot be unmated)
(5,84) (4,45)
.230 .175
LEAD
STYLE
–01
–04
–05
D
E
(2,34) (6,60)
.092 .260
(1,17)
(2,62) (5,26)
.046
.103 .207
(3,12) (5,26)
.123 .207
–D– RA –ES
(–RA also available with
other flex shroud options)
(3,20)
.126
(2,44)
.096
–04 &
(4,50) (3,02)
–05
.177 .119
(4,00)
.157
–EPC
= End Shroud with Guide Post and Locking Clip
(Manual placement required)
(1,91)
.075
DIA
(1,83)
.072
(1,41) .056
–RC
Y
Y
X
(1,83)
.072
(2,29)
.090
(2,03)
.080
(1,83)
.072
–D– EL
(1,41) .056
–D– EBC
–D– ES
(1,41)
.056
–D– EC
–D– EPC
–D– EP
WWW.SAMTEC.COM
Due to technical progress, all designs, specifications and components are subject to change without notice.
京公网安备 11010802033920号
Copyright © 2005-2026 EEWORLD.com.cn, Inc. All rights reserved
电子工程世界
