Industry Directory | Manufacturer's Representative
Manufacturers Representatives for SMT Equipment and Materials serving Southern California and Baja, MX
Underfill FF35 is a low surface tension, one component epoxy resin designed for use as a capillary flow underfill for flip chip, CSP, BGA and uBGA assemblies. Underfill FF35 offers excellent capillary action for flat, fast and complete spread. Underf
New Equipment | Solder Materials
With its tin-copper-nickel-germanium alloy, SN100C is a popular lead-free wave soldering alloy. Although initially developed to address the need for an economical wave solder, it has since been found that its properties make SN100C ideal for reflow a
Electronics Forum | Tue Jan 09 22:04:48 EST 2007 | Guest
Set Up Guy, I am not sure if the COB you are refering to means Circuit on Board . If yes, this process also include SMT . Package is a combination of some passive components and bare die. Passives are normally attached thru SMT using solder te
Electronics Forum | Sat Jun 15 22:49:23 EDT 2002 | edahi
well as usual this for flip chip however, this application uses ceramic substrates and the nearby area in which the splatter land on is the marking area (gold pad). We cannot hide this because the package is completed bare die, meaning no heatspread
Industry News | 2003-05-21 08:13:48.0
Two half-day workshops on Thursday during SMTA
Industry News | 2003-07-08 09:48:46.0
taking place September 28-October 2, at the Minneapolis Convention Center in Minneapolis, Minn.
Technical Library | 2015-09-23 22:08:32.0
A molded interconnect device (MID) is an injection molded thermoplastic substrate which incorporates a conductive circuit pattern and integrates both mechanical and electrical functions. (...) Flip chip bonding of bare die on MID can be employed to fully utilize MID’s advantage in device miniaturization. Compared to the traditional soldering process, thermo-compression bonding with gold stud bumps provides a clear advantage in its fine pitch capability. However, challenges also exist. Few studies have been made on thermocompression bonding on MID substrate, accordingly little information is available on process optimization, material compatibility and bonding reliability. Unlike solder reflow, there is no solder involved and no “self-alignment,” therefore the thermo-compression bonding process is significantly more dependent on the capability of the machine for chip assembly alignment.
SN100C P810 D4????????? ???????????? ??????????????????????????????????? ?????????????? ???http://www.nihonsuperior.co.jp/
Events Calendar | Tue Apr 13 00:00:00 EDT 2021 - Tue Apr 13 00:00:00 EDT 2021 | ,
Boston Chapter Webinar: Cleaning Chemistry For PWB and Rework - Part 2, session 1
Events Calendar | Tue Apr 13 00:00:00 EDT 2021 - Tue Apr 13 00:00:00 EDT 2021 | ,
Boston Chapter Webinar: Cleaning Chemistry For PWB and Rework - Part 2, session 2
Career Center | Melbourne, Florida USA | Engineering,Production
Mechanical Engineer Candidate will work in the Advanced Manufacturing Technology organization executing the development, qualification, and implementation of leading-edge manufacturing processes across a broad range of applications and support manufa
SMTnet Express, May 8, 2014, Subscribers: 22716, Members: Companies: 13872, Users: 36158 Challenges in Bare Die Mounting Larry Gilg, Die Products Consortium Bare die mounting on multi-device substrates has been in use in the microelectronics
Are Separate Solder Flip-Chip Bonders Still Required? Are Separate Solder Flip-Chip Bonders Still Required? Increasing miniaturization is now encouraging manufacturers of handheld devices to stack bare dies or packages. As the process
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