F-211-1 SUPPLEMENT
YTW–26–02–T–5–250–050
(2,00mm) .0787"
TM
YTW–20–03–G–Q–400–085
YTW–12–10–S–6–300–215
YTW SERIES
HIGH DENSITY BOARD STACKER
SPECIFICATIONS
For complete specifications
see www.samtec.com?YTW
Insulator Material:
Black Liquid Crystal
Polymer
Terminal Material:
Phosphor Bronze
Current Rating:
3A @ 80°C ambient
Operating Temp Range:
-55°C to +105°C with Tin;
-55°C to +125°C with Gold
Plating:
Sn or Au over 50µ" (1,27µm) Ni
RoHS Compliant:
Yes
Lead–Free Solderable:
Wave only.
Mates with:
YTQ, YTS, YTE
ALSO AVAILABLE
– F
Paste In Hole (PIH) processing.
Contact Samtec ASP Group.
Choice of 4, 5 or 6 row
(2,00mm)
.0787" pitch
B o a rd
Stacking
SO CK ET
PR OF ILE
OV ER AL L PO ST
T/H
PIN
(O AL )
OV ER AL L
SM T
PIN
(O AL )
BO AR D
SP AC E
STA CK ER
HE IG HT
Note:
This Series is non-standard,
non-returnable.
YTW
NO. PINS
PER ROW
LEAD
STYLE
Specify
LEAD
STYLE
from
chart
below.
PLATING
OPTION
ROW
OPTION
STACKER
HEIGHT
TAIL
SPEC
–G
= 20µ" (0,51µm)
Gold contact area,
Gold flash on tail
–Q
= Four
Row
02 thru 50
TA IL
–“XXX”
= Stacker
Height
In inches
(0,13mm) .005"
increments
Example: –250
= (6,35mm)
.250"
–S
= 30µ" (0,76µm)
Gold contact area,
Tin on tail
(Style –01 &
–02 not available)
–5
= Five
Row
Also Available
2mm Shunt
See 2SN Series.
No. of
rows
x
(2,00)
.0787
06
300
–6
= Six
Row
–L
= 10µ" (0,25µm)
Gold contact area,
Tin on tail
LEAD
STYLE
–“XXX”
OAL
(8,20) .323
(9,60) .377
(13,60) .535
(14,10) .555
(15,10) .594
(17,10) .673
(19,10) .751
(11,60) .456
(15,60) .614
(10,08) .397
Low Profile
See YTT &
TMM Series.
–T
= Tin
01
295
Right Angle
Four Row
See TMM Series.
(2,00)
.0787
TYP
POST
No. of positions x (2,00) .0787
(0,51) .020 SQ
(1,27)
.050 MIN
Shrouded
Four Row
Vertical &
Right Angle
See TMMS Series.
(2,00)
.0787
STACKER
HEIGHT
See
OAL
Chart
(0,00) .000 MIN
(2,00) .0787
–01
–02
–03
–04
–05
–06
–07
–09
–10
–11
= Tail Length
In inches
(0,13mm) .005"
increments
Example: -150
= (3,81mm) .150"
–“XXX”
= Polarized Position
ROW OPTION
STACKER HEIGHT
(3,05) .120 MIN
(4,06) .160 MIN
TAIL
–Q
–5 & –6
WWW.SAMTEC.COM
模拟与混合信号