EPI offers assembly services for very complex boards and specialized manufacturing capability to fulfill Bare Die Direct, Flip Chip and Multi-Chip-Module requirements. EPI also has all military certifications from the Defense Electronics Supply Comma
Chip assembly? Classic SMT placement? Our SIPLACE CA can do both. The SIPLACE CA is the world's first placement platform that combines bare-die placement directly from the wafer and classic SMT placement in a single machine and a single production
Our DA150 series are solvent-free and fast cure thermosetting electrical and thermal conductive die attach adhesives. DA150 has excellent adhesion to the substrate and bare die. It can be used for small and large die attach. Both dispense and printin
Electronics Forum | Thu Apr 16 08:07:05 EDT 1998 | Stan
Currently I am in the buisness of soldering bare die to the top surface of a copper heat sink. Is any one else have some exprience in this process that can help. We heat a copper slug through a contolled atmosphere, place a preform then a bare die.
Electronics Forum | Fri Apr 17 14:08:44 EDT 1998 | Earl Moon
| Currently I am in the buisness of soldering bare die to the top surface of a copper heat sink. Is any one else | have some exprience in this process that can help. We heat a copper slug through a contolled atmosphere, place a preform then a bare
Used SMT Equipment | Pick and Place/Feeders
Highlights of the SIPLACE CA: With the four SIPLACE SpeedStar heads for high-precision placements you can process up to 126,000 SMT components, 46,000 flip-chips, or 30,000 die-attach components per hour Component supplied from changeov
Used SMT Equipment | Chipshooters / Chip Mounters
NXT-H and NXT-Hw support placing small LEDs and bare dies at high-speed as well as performing hybrid production including flip chips.Fuji Ultra Accurate Placement Platform.Hybrid placement of wafers and SMDs. Wafer and reel part placement in a single
Industry News | 2003-04-29 07:30:06.0
Announce their plans to co-sponsor a free online conference on the current state of bare die packaging
Industry News | 2003-05-21 08:13:48.0
Two half-day workshops on Thursday during SMTA
Technical Library | 2014-05-08 16:34:16.0
Bare die mounting on multi-device substrates has been in use in the microelectronics industry since the 1960s. The aerospace industry’s hybrid modules and IBM’s Solid Logic Technology were early implementations that were developed in the 1960’s. The technologies progressed on a steady level until the mid 1990’s when, with the advent of BGA packaging and chip scale packages, the microelectronics industry started a wholesale move to area array packaging. This paper outlines the challenges for both traditional wire-bond die attached to a printed wiring board (pwb), to the more recent applications of bumped die attached to a high performance substrate.
Technical Library | 2021-11-03 16:49:59.0
Ultrathin bare die chips were soldered using a novel soldering technology. Using homogeneous flash light generated by high-power xenon flash lamp the dummy components and the bare die NFC chips were successfully soldered to copper tracks on polyimide (PI) and polyethylene terephthalate (PET) flex foils by using industry standard Sn-Ag-Cu lead free alloys. Due to the selectivity of light absorption, a limited temperature increase was observed in the PET substrates while the chip and copper tracks were rapidly heated to a temperatures above the solder melting temperature. This allowed to successfully soldered components onto the delicate polyethylene foil substrates using lead-free alloys with liquidus temperatures above 200 °C. It was shown that by preheating components above the decomposition temperature of solder paste flux with a set of short low intensity pulses the processing window could be significantly extended compared to the process with direct illumination of chips with high intensity flash pulse. Furthermore, it was demonstrated that with localized tuning of pulse intensity components having different heat capacity could be simultaneously soldered using a single flash pulse.
The Microelectronics Lab was established to meet the rising need for advanced systems development and packaging to address the emerging challenges and issues facing today’s electronics assemblies. Advanced design and modeling software enables STI to
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
Career Center | GARLAND, Texas USA | Production
exp in Fuji, Juki and universal smt pick and place machines . Component verification.
Career Center | GARLAND, Texas USA | Production
Fuji, Juki, Universal SMT pick and place machines experience.
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
| http://etasmt.com/cc?pageID=newsList&ID=te_news,0&pNum=2
. The best way to do this is to first... Show Details Size Does Matter – Breaking the Barriers of Wafer Level Packaging Semiconductor packaging has traditionally followed dedicated equipment sets for given package formats or processes dictated by Bare Die or Flip Chip assembly. New Package
ASYMTEK Products | Nordson Electronics Solutions | https://www.nordson.com/en/advanced-technology-solutions/semiconductor
), WLP offers solutions. Fan-out WLP especially can accommodate many IOs, and as the bare die size cannot accommodate them, its body size is extended with molding
