Industry Directory | Manufacturer
Shuttle Star Technology designs and builds advanced off-line 2.5D&3D x-ray inspection systems for solder joint and final assembly test inspection in SMT&EMS. It uses world-class X-ray techniques with advanced defect detection.
New Equipment | Assembly Services
BEST can provide you with analysis services for your BGAs using x-ray equipment. We rework thousands of BGAs and POPs every year, therefore, we have the expertise in BGA X-ray inspection. BEST can be your outsourced BGA x-ray inspection source for o
New Equipment | Rework & Repair Services
BEST offers contract PCB rework services. If you get in bind and need resources to perform difficult repairs or if the volume of work ahead of you is too extreme to get through in the deadline at hand then consider BEST PCB rework services. If you th
Electronics Forum | Mon Sep 30 09:26:04 EDT 2002 | itempea
Russ, first step would be to get IPC-7095 on BGAs. A few notes: There can be voids in solder balls, or at the solder joints to the BGA, or at the solder joints to the PCB. Various sources or reasons can be responsible for these voids. Voids can be
Electronics Forum | Sat Oct 19 11:48:39 EDT 2002 | davef
Good points, John. Continuing to track on the voiding issue, why remove voids anyhow? * Voids are primarily process indicators. There is experimental evidence that voids retard crack propagation locally around the void on at least on a temporary bas
Used SMT Equipment | X-Ray Inspection
CR Technology Model Number: CRX2000 Serial Number: 1S1878.0100 Year 2000-2001 Hamamatsu Tube Type -130kV X-Y-Z indexing table with joystick control 18" x 24" X-Y travel Full 360 degrees rotation and tilt up to 90 degrees BGA / Flip Chip Sold
Used SMT Equipment | X-Ray Inspection
Yestech High Resolution Imaging PCB Xray Serial Number: X10706656 Model Number: YTX 3000 Year 2007-2008 130 KV XrayTube with 5 micron spot size Xray on Hours - 18.2 Standby Hours - 328.5 Measured Filament - 2.22 Hamamatsu L19181-02 Sam
Industry News | 2018-10-18 08:17:09.0
How to Prevent Solder Joint Voiding and Cold Solder Defects during the SMT Reflow Process
Industry News | 2012-03-08 22:21:34.0
The SMTA is pleased to announce the program for the 2012 International Conference on Soldering and Reliability being held May 15-18 in Toronto, Ontario, Canada. Following on the very successful 2005 and 2006 International Conferences on Lead-free Soldering, and the SMTA International Conference on Soldering and Reliability held in Toronto since 2007, this conference will bring together the community of soldering and reliability experts. The event will be co-located with the SMTA Lead-Free Academy and the SMTA Toronto Expo.
Technical Library | 2023-01-17 17:22:28.0
The impact of voiding on the solder joint integrity of ball grid arrays (BGAs)/chip scale packages (CSPs) can be a topic of lengthy and energetic discussion. Detailed industry investigations have shown that voids have little effect on solder joint integrity unless they fall into specific location/geometry configurations. These investigations have focused on thermal cycle testing at 0°C-100°C, which is typically used to evaluate commercial electronic products. This paper documents an investigation to determine the impact of voids in BGA and CSP components using thermal cycle testing (-55°C to +125°C) in accordance with the IPC- 9701 specification for tin/lead solder alloys. This temperature range is more typical of military and other high performance product use environments. A proposed BGA void requirement revision for the IPC-JSTD-001 specification will be extracted from the results analysis.
Technical Library | 2015-01-05 17:38:26.0
The impact of voiding on the solder joint integrity of ball grid arrays (BGAs)/chip scale packages (CSPs) can be a topic of lengthy and energetic discussion. Detailed industry investigations have shown that voids have little effect on solder joint integrity unless they fall into specific location/geometry configurations. These investigations have focused on thermal cycle testing at 0°C-100°C, which is typically used to evaluate commercial electronic products. This paper documents an investigation to determine the impact of voids in BGA and CSP components using thermal cycle testing (-55°C to +125°C) in accordance with the IPC-9701 specification for tin/lead solder alloys. This temperature range is more typical of military and other high performance product use environments. A proposed BGA void requirement revision for the IPC-JSTD-001 specification will be extracted from the results analysis.
· What is the difference between SMT vacuum reflow soldering machine and ordinary reflow soldering machine? · What problems can be solved by smt vacuum reflow soldering machine? · What is the basic principle of vacuum reflow machine? · Ho
ACI Technologies Inc. (ACI) is a scientific research corporation dedicated to the advancement of electronics manufacturing processes and materials for The Department of Defense and industry. This video provides an overview of our commercial service
Events Calendar | Mon Mar 16 00:00:00 EDT 2020 - Mon Mar 16 00:00:00 EDT 2020 | ,
BGA & Area Array Failures, Causes & Corrective Actions Online Webinar
Events Calendar | Mon Apr 23 00:00:00 EDT 2018 - Thu Apr 26 00:00:00 EDT 2018 | Shanghai, China
SMTA China East Conference 2018
Thermal Cycle Reliability Study of Vapor Phase BGA Solder Joints SMTnet Express September 13, 2012, Subscribers: 25475, Members: Companies: 8976, Users: 33645 Thermal Cycle Reliability Study of Vapor Phase BGA Solder Joints First published
Featured Article Return to Front Page REFLOW SOLDERING
Heller 公司 | http://hellerindustries.com.cn/Vacuum-Void-Reduction-Reflow.pdf
. Solder Joint Void Classifications [3] Figure 2a. Locations within a BGA solder joint where voids are expected to have a greater risk on joint reliability [3]. mailto:richard.coyle@nokia-bell-labs.com mailto:david.hillman
ASYMTEK Products | Nordson Electronics Solutions | https://www.nordson.com/en/divisions/efd/resource-center/solder-selection-guide
C or more above the liquidus. If a solder joint needs to retain physical integrity during a later operation, such as a second reflow process, the peak temperature of the later operation needs to be below the solidus temperature of the alloy
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