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Description
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| Heat Sink Model Name | CS40-50B (Base size 40mm square) or CS45-50B (45mm square) |
| Z-Shaped Clip Type | Check anchor pitch dimensions to choose the suitable Z-clip |
| Optional for Thermal Grease | Choose "-G" for Thermal Grease YG6260-5 |
| Model Name | Parts List | ||
|---|---|---|---|
| Heat Sink | Z-shaped clip | Thermal Grease YG6260-5 | |
| CS40-50B-ZC2-G | CS40-50B Base Size 40mm x 40mm Height 50mm |
Z-CL44.9X53.5 | Yes |
| CS40-50B-ZC2 | No | ||
| CS40-50B-ZC3-G | Z-CL48.2X60.9 | Yes | |
| CS40-50B-ZC3 | No | ||
| CS40-50B-ZC4-G | Z-CL55.8X60.9 | Yes | |
| CS40-50B-ZC4 | No | ||
| CS45-50B-ZC2-G | CS45-50B Base Size 45mm x 45mm Height 50mm |
Z-CL44.9X53.5 | Yes |
| CS45-50B-ZC2 | No | ||
| CS45-50B-ZC3-G | Z-CL48.2X60.9 | Yes | |
| CS45-50B-ZC3 | No | ||
| CS45-50B-ZC4-G | Z-CL55.8X60.9 | Yes | |
| CS45-50B-ZC4 | No | ||
If the anchors (top left photo) are installed on the board, Z-shaped clips (lower left photo) can be used for heatsink attachment. |
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| Z-Shaped Clip Model |
Anchor Pitch Dimensions | Drawing |
|---|---|---|
| Z-CL35.5X48.2 | ![]() |
DXF file (22KB) PDF file (42KB) |
| Z-CL35.5RX48.2 | ![]() |
DXF file (22KB) PDF file (37KB) |
| Z-CL44.9X53.5 | ![]() |
DXF file (23KB) PDF file (43KB) |
| Z-CL44.9RX53.5 | ![]() |
DXF file (22KB) PDF file (36KB) |
| Z-CL48.2X60.9 | ![]() |
DXF file (23KB) PDF file (43KB) |
| Z-CL48.2RX60.9 | ![]() |
DXF file (22KB) PDF file (41KB) |
| Z-CL55.8X60.9 | ![]() |
DXF file (23KB) PDF file (46KB) |
| Z-CL47.5Rx76.2 | ![]() |
DXF file (29KB) PDF file (54KB) |
|
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| Model Name | PCB Thickness (mm) |
Drawing | Notes |
|---|---|---|---|
| ANC-1.6 | 1.6 | DXF file (20KB) PDF file (38KB) |
|
| ANC-2.6 | 2.6 | DXF file (20KB) PDF file (39KB) |
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| ANC-D057 | 1.6 | PDF file (10KB) |
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Clip load for the heat source can be calculated by the following graph. Please note this data is just for reference. Unknown dimensions and tolerances can sifnificnatly affect the load on the heat source.
1st, Calculate X value of the below graph based on formula which is at the bottom of graph.
2nd, Y value (Clip load) can be found from the intersection of "X value" and "Z-clips performance line".
© 2007 Alpha Novatech, Inc.