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Primary use would be on packages with an exposed die. The edges and corners of the die can be damaged if the heat sink is not level when installed. The pads can be installed on the heat sink or the device's substrate. The pad material will cushion the heat sink and keep it level while the push pins, screws, or clips are installed.

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	Model	Size (mm)	Thickness (mm)	UL	Design Notes	Download
						Data Sheet	Other
	SP7	⌀ 7 x 8 per sheet	2.135	Sponge:   UL94HF-1	Adhesive, one side Density:   0.180g/cm³ Hardness:   10 deg(c type) 25% compression load:   0.029 - 0.058MPa
	SP-7-1-SRU		1.150	Sponge:   — Adhesive:   UL94VTM-0	Adhesive, one side Density:   0.4g/cm³ 25% compression load:   0.015MPa
	SP-32-23-1-SRU	32 (Outside) 23 (Inside)

Intake covers can be used with active heatsinks, when the airflow direction is set to pull. The intake cover will prevent air from short circuiting the hottest section at the base of the fins. The spacer will eliminate the dead zone created by the center fan hub. A negative pressure area will be created in the spacer region, allowing airflow through the dead zone and improve performance.

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Model	Compatible Heatsinks	Design Notes
CT607-SPC	FH6020	Includes separate spacers
CT6011	FH6030	Spacer incorporated into the intake cover design
CT808-SPC	FH8025	Includes separate spacers
CT8017A	FH8040	Spacer incorporated into the intake cover design
CT908-SPC	FH9025	Includes separate spacers
CT9017-SPC	FH9040
CT1008-SPC	FH10025, FHC10025
CT10017-SPC	FH10040, FHC10040

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