Kool KlipsTM RoHS Compliant
Thermal ClipsRoHS Compliant!
Female/Male Mounts
Clinch Nuts
Solderable Studs
Wave-On-Mounts
Solderable Nuts
Device Mounting Studs
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Kool KlipsTM
Standard Kool Klips
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These one-piece stainless steel clips eliminate the need
for screws, lock washers and nuts in the assembly
process, therefore reducing assembly time and cost.
The ends of the Kool-KlipTM insert into predetermined
positions while its spring action body securely holds the
semiconductor in place.
Each Kool-KlipTM has been designed to correspond to a particular heat sink or
family of heat sinks.
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Thermal Clips
Factory Applied Thermal Clips
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These factory applied thermal clips eliminate the need to use screws and nuts in assembling the heat sink and transistor.
They have an internal tab to secure the transistor permanently in place.
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Female and Male Mounts
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Semiconductor Mounts secure the heat sinks to
semiconductors via machine screws or nuts. When used with
a self-feeding screw driver it is up to 10 times faster
than fastening with standard nuts and bolts. They are
used with most JEDEC case sizes, factory installed.
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Male
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| Code |
Model |
Thread |
| 04 |
S |
#6-32 |
| 05 |
P |
#4-40 |
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Female
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| Code |
Model |
Thread |
Dim A
inch (mm) |
Dim B
inch (mm) |
Dim C
inch (mm) |
Dim D
inch (mm) |
| 01 |
C |
#6-32 |
0.280 (7.11) |
0.187 (4.75) |
0.070 (1.78) |
0.108 (2.74) |
| 02 |
CA |
#4-40 |
0.250 (6.35) |
0.165 (4.19) |
0.070 (1.78) |
0.108 (2.74) |
| 03 |
CM |
3.0mm |
0.250 (6.35) |
0.166 (4.22) |
0.059 (1.50) |
0.097 (2.74) |
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Clinch Nuts
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Clinch nuts are threaded nuts that allow quick assembly of the transistor to the heat sink. A single screw mounts the transistor
to the heat sink, reducing your hardware requirements. Clinch nuts are permanently presses into the heat sink, and come in a variety of English and Metric threads-CNE designates an English thread, and CNM designates a Metric thread.
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FIGURE A
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FIGURE B
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| Suffix |
Code |
Thread |
"A" Dim |
"B" Dim |
"Figure |
Min mat'l thickness |
| CNE42 |
12 |
4-40 UNC-2B |
0.96 (0.038) |
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A |
1.02 (0.040) |
| CNE43 |
NA |
4-40 UNC-2B |
1.37 (0.054) |
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A |
1.42 (0.056) |
| CNM1 |
13 |
M3 X 0.5 |
0.76 (0.030) |
4.06 (0.160) |
B |
0.79/0.99 (0.031/0.039) |
| CNM2 |
NA |
M3 X 0.5 |
0.96 (0.038) |
4.22 (0.166) |
B |
0.79/0.99 (0.031/0.039) |
Note: Minimum recommended distance from center line of mounting hole to material edge:
4.83 (0.190) for 4-40
4.80 (0.189) for M3
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Solderable Studs
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Solderable studs are permanently swaged into the heat sink for quick
preassembly with the transistor.
The device is placed over the stud(s) followed by the lock washer and nut.
The entire component is then dropped into plated-thru holes in the PC
board.
Test Data on Pullout
Force (After Soldering) |
Plated-Thru
Holes |
Non
Plated-thru
Holes |
| Mean Pull-out Force (F) |
112.7 lbs. |
94.4 lbs. |
| Standard Deviation (6) |
11.1 lbs. |
25.0 lbs. |
| Sample size Tested |
45 |
14 |
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| Suffix |
Code |
Recommended
Heat Sink Hole
Diameter(s)
mm (inches) |
Figure |
Length
mm (inches) |
Thread
Type |
| SE-1 |
08 |
3.81 or 4.78
(.150 or .188) |
A |
8.89(.350) |
6-32 |
| SE-2 |
06 |
3.81 or 4.78
(.150 or .188) |
A |
12.32(.485) | 6-32 |
| SE-3 |
09 |
3.81 or 4.78
(.150 or .188) |
A |
8.89(.350) |
4-40 |
| SE-4 |
14 |
4.78
(.188) |
B |
8.89(.350) |
6-32 |
| SE-5 |
NA |
4.78
(.188) |
B |
12.32(.485) |
6-32 |
| SE-6 |
NA |
3.48 or 3.81
(.137 or .150) |
A |
8.89(.350) |
6-32 |
| SE-7* |
NA |
4.78
(.188) |
B |
8.89(.350) |
6-32 |
| SM-1 |
17 |
3.81 or 4.78
(.150 or .188) |
B |
8.89(.350) |
M3 |
| SM-2 |
NA |
3.81
(.150) |
A |
22.22(.875) |
M3 |
| SM-3 |
07 |
3.81 or 4.78
(.150 or .188) |
A |
8.89(.350) |
M3 |
| SM-4* |
NA |
4.78
(.188) |
B |
8.89(.350) |
M3 |
| SM-5* |
NA |
3.81 or 4.78 |
A |
12.32(.485) |
M3 |
| * These studs are designed for 2.34mm (.092”) and thicker PC boards. |
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SE6 stud has nominal standoff of
±.25mm (.010”) and is considered a flush
mount.
* Dimension and tolerance apply to
stud only, not spacing between heat sink
and PC board.
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Ordering Information:
Example 12 digit part:
Thermalloy origin part
Add the three character suffix after the model number.
a=Model Number
c=Stud Number
Note:
To specify the number of solderable studs required in some models (i.e., 6060, 6061, 6072, and 6080), add the number of
studs after the solderable stud suffix as follows: 6072B-SE3/1 for one stud and 6072B-SE3/2 for two studs.
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Products / Attachments / Semiconductor Mounting
