eShop Heat Sinks BGA - High Performance LGA Heat Sinks BGA - High Aspect Ratio LED Cooling Extrusion Profiles HS Types maxiFLOW™ Cross Cut fanSINK™ Pin Fin Custom Pin Fin Slant Fin Stamp Straight Fin Power Brick HS By Attachment maxiGRIP™ superGRIP™ Push Pin {1} ##LOC[OK]## {1} ##LOC[OK]## ##LOC[Cancel]## {1} ##LOC[OK]## ##LOC[Cancel]##
Group by: Heat Sinks Wind Tunnels Instruments Sensors Qpedia Sort by: Title A-Z Title Z-A Length Width Height Unducted Flow Ducted Flow Fin Spacing Results per page: 96 48 24 Products: All | eShop | By Distributor | By Quote Title or Part# Advanced Search Dimensions L (mm) W (mm) H (mm) Thermal Resistance (°C/W) Unducted Ducted Component Specific All Freescale Xilinx Altera Agere Cavium Intel HS Type All maxiFLOW™ Cross Cut fanSINK™ Pin Fin Custom Pin Fin Slant Fin Stamp Straight Fin Power Brick HS By Attachment All maxiGRIP™ superGRIP™ Push Pin Heat Sinks for Analog Devices For Analog Devices eval boards for AD9166, AD9986/8, AD9081/2, and the quad-MxFE Dimensions Length (A) 20.25 mm Width (B) 20.25 mm Height (C) 13.50 mmBased Width (D) 14.0 mm ATS has partnered with Analog Devices to design a fanSINK specific to the ADI reference designs AD9166, AD9986/8, AD9081/2, and the quad-mxFE. The new fanSINK works to provide air flow directly to the communications, mixed signal, RF devices on these evaluation boards, enabling them to operate to their design performance specification. Device Specific Heat Sink Features & Benefits Heat sink includes 7/8" screws, which fit 10mm thick fans. Product hole pattern is 20 mm C-C (center to center) Component Attachment: ATS superGRIP™ is a proven high reliability mechanical attachment system superGRIP™ hardware includes a high performance plastic frame clip and 300 Series stainless steel springclip-avoiding PCB through holes Provided with pre-assembled Thermal Interface Material (TIM) centered on base “Keep-Out” Requirements: An “Un-Populated” boarder zone of 3.5mm around the component is necessary to facilitate the installation/removal of the superGRIP™. Please refer to the superGRIP™ Keep-Out Guidelines and Installation/Removal Instructions for further details Fan no included Why ATS' Device Specific Heat Sinks? Installation/Removal Guide Clearance Guidelines Related Products Related Qpedia Articles Design Services Videos Heat Sink Selection Tool BUY NOW The ATS-2651-C2-R0 may be used on the following Analog Devices evaluation boards AD9166 AD9986/8 AD9081/2 Quad-MxFE
ATS has partnered with Analog Devices to design a fanSINK specific to the ADI reference designs AD9166, AD9986/8, AD9081/2, and the quad-mxFE. The new fanSINK works to provide air flow directly to the communications, mixed signal, RF devices on these evaluation boards, enabling them to operate to their design performance specification. Device Specific Heat Sink Features & Benefits Heat sink includes 7/8" screws, which fit 10mm thick fans. Product hole pattern is 20 mm C-C (center to center) Component Attachment: ATS superGRIP™ is a proven high reliability mechanical attachment system superGRIP™ hardware includes a high performance plastic frame clip and 300 Series stainless steel springclip-avoiding PCB through holes Provided with pre-assembled Thermal Interface Material (TIM) centered on base “Keep-Out” Requirements: An “Un-Populated” boarder zone of 3.5mm around the component is necessary to facilitate the installation/removal of the superGRIP™. Please refer to the superGRIP™ Keep-Out Guidelines and Installation/Removal Instructions for further details Fan no included
Why ATS' Device Specific Heat Sinks? Installation/Removal Guide Clearance Guidelines Related Products Related Qpedia Articles Design Services Videos Heat Sink Selection Tool BUY NOW The ATS-2651-C2-R0 may be used on the following Analog Devices evaluation boards AD9166 AD9986/8 AD9081/2 Quad-MxFE
Why ATS' Device Specific Heat Sinks? Installation/Removal Guide Clearance Guidelines Related Products Related Qpedia Articles Design Services Videos Heat Sink Selection Tool BUY NOW
The ATS-2651-C2-R0 may be used on the following Analog Devices evaluation boards AD9166 AD9986/8 AD9081/2 Quad-MxFE