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Advanced Thermal Solutions Inc

108,000 pushPIN™ Heat Sinks

ATS introduces over 108,000 combinations of push-pin heat sinks exclusively for Digi-Key

Image of ATS' pushPIN™ Heat-Sinks With over 108 K different push-pin heat sink assembly configurations, Advanced Thermal Solutions offers the largest push-pin heat sink offering in the market. Select from fine and ultra-fine pitch heat sinks designed for high-velocity airflows and coarse pitch heat sinks for low-velocity airflow conditions. Offered in straight-fin, cross-cut and the ultra-performance maxiFLOW™ fin geometries, ATS pushPIN™ heat sink line is suited to meet a wide-variety of applications for components ranging in size from 25 mm to 70 mm. Push-pins are offered in brass and plastic and are packaged with different compression springs to achieve the precise force required for secure attachment.

  • Select from over 112 fine-pitch heat sinks designed for high-velocity airflows and 98 course pitch heat sinks designed for low-velocity air-flow conditions
  • Push-pins feature a flexible barb at the end that is designed to engage with predrilled holes in a PCB
  • Compression springs add the necessary force to hold the assembly together for secure attachment
  • Push-pins are available in brass or plastic in 10 sizes and a stainless steel hardware kit is available for a more secure attachment
  • Lightweight, aluminum heat sink is extruded from AL6063 for optimal heat transfer and finished with blue anodization
  • Heat sinks pre-assembled with phase-changing material for increased thermal performance. Double-sided thermal tape and no thermal interface material options are available to meet application specific requirements

Search Tool:  pushPIN™ Heat Sink Search Tool

pushPIN™ Heat Sinks

ImageManufacturer Part NumberDescriptionAvailable Quantity
HEATSINK 25X25X10MM L-TAB CPATS-CPX025025010-137-C2-R0HEATSINK 25X25X10MM L-TAB CP1378 - ImmediateView Details
HEATSINK 25X25X10MM R-TAB CPATS-CPX025025010-165-C2-R0HEATSINK 25X25X10MM R-TAB CP1359 - ImmediateView Details
HEATSINK 25X25X15MM L-TAB CPATS-CPX025025015-138-C2-R0HEATSINK 25X25X15MM L-TAB CP0View Details
HEATSINK 25X25X15MM R-TAB CPATS-CPX025025015-166-C2-R0HEATSINK 25X25X15MM R-TAB CP715 - ImmediateView Details
HEATSINK 25X25X20MM L-TAB CPATS-CPX025025020-139-C2-R0HEATSINK 25X25X20MM L-TAB CP690 - ImmediateView Details

Accessories

ImageManufacturer Part NumberDescriptionAvailable QuantityView Details
HEATSINK PLASTIC PIN/SPRING 1=2ATS-HK127-R0HEATSINK PLASTIC PIN/SPRING 1=211120 - ImmediateView Details
HEATSINK BRASS PIN AND SPRINGATS-HK91-R0HEATSINK BRASS PIN AND SPRING4792 - ImmediateView Details
HEATSINK PEM SPRING AND SCREWSATS-HK76-R0HEATSINK PEM SPRING AND SCREWS436 - ImmediateView Details
HEATSINK MUSIC WR SPRING 3.73MMATS-PPS-04HEATSINK MUSIC WR SPRING 3.73MM0View Details
HEATSINK BRASS PUSH PIN 14MMATS-PP-06HEATSINK BRASS PUSH PIN 14MM185 - ImmediateView Details
Published: 2014-10-30

Related Product Training Modules

pushPIN Heat Sink ATS’ pushPIN compression springs add the necessary force to hold the assembly together for secure attachment.
maxiFLOW™ Heat Sinks maxiFLOW heat sinks feature a low profile spread fin array that maximizes surface area. Available in a wide variety of sizes and shapes.
Introduction to Heat Sinks This module will review the use of heat sinks, including how a heat sink works, the factors that impact heat sink thermal performance, common heat sink materials, and thermal interface materials.

Related Product Highlight

maxiFLOW™ pushPIN™ Heat Sink ATS' maxiFLOW heat sinks include an integral pushPIN mounting system for fast, safe attachment of the heat sinks onto BGAs and other hot components.
Heat Sink Attachment Solutions Advanced Thermal Solutions' heat sink attachments give engineers multiple options to mechanically attach almost any heat sink to PCBs.

Related Video

How to Install Push Pin Heat Sinks
ATS has expanded its line of push pin heat sinks, now providing straight fin, cross cut, and maxiFLOW heat sink configurations for a wide range of component sizes.

Related Articles

Device Thermal Coupling on a PCB A look at how components on a printed circuit board thermally couple and the design considerations that help minimize heat dissipation problems.
Air Flow Measurement in Electronic Systems An analysis of circuit board air flow measurement techniques and the considerations required to obtain an accurate reading in this complex environment.
Feasibility Study of an LED-Based Lighting System Using Analytical Modeling A study of the heat loads for an outdoor LED-based lighting system using analytical modeling to determine the feasibility of the design with solar heat load.

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