Download Product Data Sheet

BGA Heat Sink (High Aspect Ratio Ext.)
Slant Fin
ATS010010020-MF-1S
ATS Part#:
Description:
10.00 x 10.00 x 20.00 mm BGA Heat Sink (High Aspect Ratio Ext.) Slant Fin
Heat Sink Type:
Slant Fin
Heat Sink Attachment:
N/A
Equivalent Part Number:
N/A
*Image above is for illustration purpose only.
Features & Benefits
Features a low profile, slant fin array that offers many of the performance benefits of maxiFLOWâ„¢ at a great value
Fabricated from extruded aluminum, which minimizes thermal resistance from the base to the fins, reduces weight and keeps costs low
Higher performance helps ensure reliable product life at a lower cost than other extruded heat sinks
Comes standard without interface material or with most common pressure sensitive thermal tapes as a custom option
Thermal Performance
@200 LFM
@300 LFM
@400 LFM
@500 LFM
@600 LFM
@700 LFM
@800 LFM
1.0 M/S
1.5 M/S
2.0 M/S
2.5 M/S
3.0 M/S
3.5 M/S
4.0 M/S
Unducted Flow
15.11 °C/W
12.6 °C/W
11.1 °C/W
10 °C/W
9.3 °C/W
8.7 °C/W
8.2 °C/W
Ducted Flow
12.7
10.8
9.6
8.8
8.2
7.7
7.3
AIR VELOCITY
THERMAL RESISTANCE
Product Detail
Schematic Image
Dimension A
Dimension B
Dimension C
Dimension D
TIM
Finish
10.00 mm
10.00 mm
20.00 mm
16.37 mm
N/A
BLACK-ANODIZED
Notes:
Dimension A and B refer to component size.
Dimension C is the heat sink height from the bottom of the base to the top of the fin field.
Dimension D is fin tip to fin tip.
Thermal performance data are provided for reference only. Actual performance may vary by
application.
ATS reserves the right to update or change its products without notice to improve the design or
performance.
ATS certifies that this heat sink assembly is RoHS-6 and REACH compliant.
Contact ATS to learn about custom options available.
*Image above is for illustration purpose only.
For more information, to find a distributor or to place an order, please contact us at
781-769-2800 (North America), [email protected] or www.qats.com.
© 2013 Advanced Thermal Solutions, Inc. | 89-27 Access Road | Norwood MA | 02062 | USA
Rev - 040413
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