New Equipment | Assembly Services
Edge Plating does not have a set definition per IPC. However, the industry generally accepts this as being copper plating that continues from the top and bottom surfaces and along one or more perimeter edges. Edge Plating can be used for a variety of
Our leading products are researched, developed and manufactured at Keteca USA, in Phoenix Arizona. Solution to bonding problem? Keteca Diamaflow is the Answer! The Sub-Micron Technology of today and the future requires continued improved methods to
Electronics Forum | Sun Apr 05 07:00:31 EDT 2015 | vitrost
After washing a tetra bond stencil at PBT machine (Vigon SC200, 50 deg Celsius by 20 minutes) some signs of glue degradation were seen. Does anybody have an experience washing tetra bond in Vigon? What temperature regime is preferable? Thanks
Electronics Forum | Tue Jun 06 13:19:31 EDT 2000 | ZAKIR AHMAD
Our company do electronic packaging for space applications. One of the problems we face during our design is whether or not to stake/bond the surface mount components to the board to survive the vibration qualification environment. If we do staking
Industry News | 2010-12-07 14:53:07.0
GPD Global announces that its Positive Cavity Displacement (PCD) technology is proven with silver-filled electrically and thermally conductive adhesives.
Industry News | 2018-10-18 11:08:03.0
Different Techniques for Plating
Technical Library | 2023-08-16 18:48:50.0
One of our aerospace customers was looking to automate a few manual operations and asked for suggestions. This customer specializes in assemblies for inflight connectivity for commercial airlines and low orbit satellites. The dispensing process included the application of bonding to the sides of large and small components (4-axis) and the ability to cope with the changing viscosity during processing. The material used was EC-2216 B/A Two Part Epoxy and the largest board size was 12"x10"
Technical Library | 2024-06-23 22:03:59.0
The melting temperatures of most lead-free solder alloys are somewhat higher than that of eutectic Sn/Pb solder, and many of the alloys tend to wet typical contact pads less readily. This tends to narrow down the fluxing and mass reflow process windows for assembly onto typical organic substrates and may enhance requirements on placement accuracy. Flip chip assembly here poses some unique challenges. The small dimensions provide for particular sensitivities to wetting and solder joint collapse, and underfilling does not reduce the demands on the intermetallic bond strength. Rather, the need to underfill lead to additional concerns in terms of underfill process control and reliability. Relatively little can here be learned from work on regular SMT components, BGAs or CSPs.
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SMT Express, Volume 2, Issue No. 9 - from SMTnet.com Volume 2, Issue No. 9 Thursday, September 14, 2000 Featured Article Return to Front Page Book Review Reviewed by Dave Fish (davef ), Pandion Electronics, Inc Title: Wire Bonding
Drop Impact Reliability of Edge-bonded Lead-free Chipscale Packages Drop Impact Reliability of Edge-bonded Lead-free Chipscale Packages This paper presents the drop test reliability results for edge-bonded 0.5mm pitch lead-free chip scale
| https://www.eptac.com/faqs/ask-helena-leo/ask/gold-wire-bond-failing-pull-test
? Does it have a Nickel underplate? How thick is the gold plating? I’ve checked Mil-Std-883F method 2011.7 Bond Strength (Destructive Bond Pull Test
Imagineering, Inc. | https://www.pcbnet.com/blog/what-are-lamination-voids-in-pcb-manufacturing/
. Blistering generally occurs on the solder mask layer, which does affect performance but is largely an aesthetic issue. Delamination occurs deeper within a printed circuit board, directly influencing the interlaminar bond strength
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