Industry Directory | Manufacturer / Other
Gen Pack Assembly is a contract electronics manufacturer providing PCB assembly, testing, and box-build integration for your mid volume & high mix productions. A trusted partner for over 25 years, Gen Pack is proudly ISO:9001
New Equipment | Assembly Services
JUKI RS-1XL SMT Assembly Line JUKI RS-1XLSMT Assembly Line, Usage: PCB production, Full Automatic Assembly line, Speed: 29000CPH, it's with Automatic PCB Loader, Automatic SMT stencil Printer, Koh Young KY 8080 3D SPI, Automatic Pick and place machi
New Equipment | Solder Materials
Introducing LF-4300 (lead-free) and 4300 (tin-lead), two revolutionary synthetic solder pastes that offer such unparalleled versatility and forgiveness, we still don’t believe it. Both the LF-4300 and the 4300 offer true multi-process capabilities,
Electronics Forum | Fri Nov 30 12:21:26 EST 2018 | davef
Three things ... 1. Since you are soldering a component over a hole that limits the possibility that the hole could be filled with solder, it makes me wonder if the hole is supposed to be filled with solder. What do the engineering notes say? 2. Ta
Electronics Forum | Thu Aug 06 09:51:20 EDT 1998 | Bob Willis
This text may be of interest to any one with tin lead spots Guide to Solder Spots - A New Plague in Manufacture ? So what are solder spots ? They appear to be the next big problem in modern reflow assembly in fact in any process that involves solder
Used SMT Equipment | Pick and Place/Feeders
Siemens placement machine D4I, SIPLACE D4i high-speed placement machine Model description: 1. Number of cantilevers: 4 2. Number of placement heads: 4 3. IPC speed: 57.000cph 4. SIPLACE benchmark evaluation: 66.000cph 5. Theoretical speed: 81.50
Industry News | 2011-11-20 13:36:13.0
GPD Global has been awarded two Global Technology Awards in the categories of Adhesives/Coatings/Encapsulants and Dispensing Equipment for its PCD Dispensing on the MAX Series Platform
Industry News | 2012-03-05 14:26:45.0
GPD Global has been awarded a 2012 NPI Award in the category of Dispensing Equipment for its PCD Dispensing on the MAX Series Platform.
Technical Library | 2015-11-19 18:15:07.0
The move to lead free (Pb-free) electronics by the commercial industry has resulted in an increasing number of ball grid array components (BGAs) which are only available with Pb-free solder balls. The reliability of these devices is not well established when assembled using a standard tin-lead (SnPb) solder paste and reflow profile, known as a backward compatible process. Previous studies in processing mixed alloy solder joints have demonstrated the importance of using a reflow temperature high enough to achieve complete mixing of the SnPb solder paste with the Pb-free solder ball. Research has indicated that complete mixing can occur below the melting point of the Pb-free alloy and is dependent on a number of factors including solder ball composition, solder ball to solder paste ratio, and peak reflow times and temperatures. Increasing the lead content in the system enables full mixing of the solder joint with a reduced peak reflow temperature, however, previous research is conflicting regarding the effect that lead percentage has on solder joint reliability in this mixed alloy solder joint.
Technical Library | 2020-10-27 02:07:31.0
For companies that choose to take the Pb-free exemption under the European Union's RoHS Directive and continue to manufacture tin-lead (Sn-Pb) electronic products, there is a growing concern about the lack of Sn-Pb ball grid array (BGA) components. Many companies are compelled to use the Pb-free Sn-Ag-Cu (SAC) BGA components in a Sn-Pb process, for which the assembly process and solder joint reliability have not yet been fully characterized. A careful experimental investigation was undertaken to evaluate the reliability of solder joints of SAC BGA components formed using Sn-Pb solder paste. This evaluation specifically looked at the impact of package size, solder ball volume, printed circuit board (PCB) surface finish, time above liquidus and peak temperature on reliability. Four different BGA package sizes (ranging from 8 to 45 mm2) were selected with ball-to-ball pitch size ranging from 0.5mm to 1.27mm. Two different PCB finishes were used: electroless nickel immersion gold (ENIG) and organic solderability preservative (OSP) on copper. Four different profiles were developed with the maximum peak temperatures of 210oC and 215oC and time above liquidus ranging from 60 to 120 seconds using Sn-Pb paste. One profile was generated for a lead-free control. A total of 60 boards were assembled. Some of the boards were subjected to an as assembled analysis while others were subjected to an accelerated thermal cycling (ATC) test in the temperature range of -40oC to 125oC for a maximum of 3500 cycles in accordance with IPC 9701A standard. Weibull plots were created and failure analysis performed. Analysis of as-assembled solder joints revealed that for a time above liquidus of 120 seconds and below, the degree of mixing between the BGA SAC ball alloy and the Sn-Pb solder paste was less than 100 percent for packages with a ball pitch of 0.8mm or greater. Depending on package size, the peak reflow temperature was observed to have a significant impact on the solder joint microstructural homogeneity. The influence of reflow process parameters on solder joint reliability was clearly manifested in the Weibull plots. This paper provides a discussion of the impact of various profiles' characteristics on the extent of mixing between SAC and Sn-Pb solder alloys and the associated thermal cyclic fatigue performance.
Siemens placement machine D4I, SIPLACE D4i high-speed placement machine Model description: 1. Number of cantilevers: 4 2. Number of placement heads: 4 3. IPC speed: 57.000cph 4. SIPLACE benchmark evaluation: 66.000cph 5. Theoretical speed: 81.50
Panasonic AM100 SMT Pick and Place Machine If you could not find any similar items you want, you may send some photos to us. because our catalog and website haven't included allof our products. Pick and place machine, SMT pick and place machine
Events Calendar | Thu Oct 03 00:00:00 EDT 2019 - Thu Oct 03 00:00:00 EDT 2019 | ,
IPC Tech Ed Webinar Series: Ball Grid Array (BGA) and Bottom Termination Component (BTC) Design and Assembly Challenges: Reflow Profiling to Achieve Low Defect Rates and Successful Assembly! – Part 2
Career Center | Colton, California USA | Engineering,Maintenance,Production,Quality Control,Research and Development,Technical Support
• Strong experience with the installation, training, and repair on a variety of electro-mechanical, pneumatic, PLC, or computer controlled systems. • Strong Knowledge in SMT equipment, Screen Printer, AOI/SPI, Conformal Coat Systems, Reflow oven, X-R
Career Center | Theni, Tamilnadu India | Engineering
NPI Engineer: • Playing a role as NPI leader of the Telecom, Aerospace & Server Products to introduce and run to qualify the engineering build from customer. • Conducting Weekly NPI meeting with the CFT team to review the progress of the NPI schedu
SMT Line Improvements for High Mix, Low Volume Electronics Manufacturing SMT Line Improvements for High Mix, Low Volume Electronics Manufacturing This work covers two major projects aimed at increasing quality and efficiency on a high mix, low
ASYMTEK Products | Nordson Electronics Solutions | https://www.nordson.com/en/divisions/asymtek/fluid-types/solder-paste?con=t&page=6
) Global SMT - Precise, High-Throughput Underfill Dispense In Chip-On-Wafer Packaging 2017-11 Nordson ASYMTEK By Hanzhuang Liang, Nordson ASYMTEK Global SMT 2017-11 IPC APEX Expo 2018 Nordson ASYMTEK
PCB Libraries, Inc. | https://www.pcblibraries.com/Products/FPX/PADS-Standard-Layout.asp
Denmark France Germany Italy Netherlands Sweden U.K. North America Canada USA Contact Us Footprint Expert User Guide Training & Webinars PCB Footprint Expert - for PADS Standard Layout Features Flexibility IPC Software Specifications Customers Welcome to the next generation of PCB library development
IPC is the trade association for the printed wiring board and electronics assembly industries.
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