Industry Directory | Manufacturer
GMA IS A CONTRACT MANUFACTURER OF PRINTED CIRCUIT BOARD ASSEMBLIES, TESTING AND INTEGRATION INTO HIGHER LEVEL ASSEMBLIES OR PRODUCTS.
Industry Directory | Manufacturer
Boasting a complete EMS (electronic manufacturing services) production, engineering, and distribution facility we differentiate our services through: ��Aggressive pricing ��Rapid, responsive turnaround ��Personalized customer service�
New Equipment | Rework & Repair Equipment
BGA Rework Stations from the BGA Experts with over 25 years rework process experience and customer support! For high volume BGA Rework on even the largest computer and networking boards! The model SV560A has a high resolution optical system for pla
New Equipment | Rework & Repair Equipment
Ultimate Performance, BGA Rework Station for small-large PCBs up to 24"/620mm The PDR E6 XL BGA Rework Station is made of only the finest materials and components for optimum precision and rework excellence. PDR's E6 SMD Rework Station is PDR's larg
Electronics Forum | Thu Jul 07 18:10:20 EDT 2005 | russ
You should use Xray to qualify your process. Frequency of Xray inspection after that will need to be determined by your process capability. If you use paste inspection process, once you verify that your profile and placement are good you in theory
Electronics Forum | Tue Jul 28 17:37:00 EDT 1998 | Robert Steltman
| Here is what I would do faced with your problem. First I would profile a similar board or use an existing profile. From there I would place the dummy device on the surface of a sample board with a thin thermocouple soldered to the board surface und
Industry News | 2025-03-10 16:18:06.0
Precision PCB Services, Inc. today announced plans to exhibit at the 2025 IPC APEX EXPO, taking place March 18-20, 2025 at the Anaheim Convention Center. At Booth #1343, attendees will be able to test our model ZM-R7220A Split Vision BGA Rework Station that will be on display. We will have video demos of our Fully Automatic Systems with Solder Scavenging capabilities. And systems capable of placing SMD's up to 140mm in size.
Industry News | 2018-10-18 10:18:58.0
Case study: How to Create a Reflow Profile for a 16-layer, 2mm Thickness PCB with a High Density SMT Connector?
Parts & Supplies | SPI / Solder Paste Inspection
Quick programming, friendly programming interface Multiple measurement methods True one-button measurement Eight-way motion button, one-click focus Adjustable scanning pitch Solder paste 3D simulation function Powerful SPC function MARK
Technical Library | 2020-07-02 01:14:44.0
Head-in-Pillow (HIP) defects are a growing concern in the electronics industry. These defects are usually believed to be the result of several factors, individually or in combination. Some of the major contributing factors include: surface quality of the BGA spheres, activity of the paste flux, improper placement / misalignment of the components, a non-optimal reflow profile, and warpage of the components. To understand the role of each of these factors in producing head-in-pillow defects and to find ways to mitigate them, we have developed two in-house tests.
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.
ETA High Reliability Special Reflow Oven ❙ Introduce of Reflow Oven ETA provide high reliability special reflow oven, SMD reflow soldering oven, radiator reflow oven, hot air reflow oven, for radiator production line. Special reflow ov
High-end Customized Reflow Soldering Oven ❙ Introduce of Reflow Oven ETA provide high reliability special reflow oven, SMD reflow soldering oven, radiator reflow oven, hot air reflow oven, for radiator production line. Special reflow o
Training Courses | | | PCB Rework and Hand Soldering Courses
The PCB rework and hand soldering courses courses cover techniques of rework and repair of PCBs, BGAs and other electronics assemblies, and teach fundamentals of soldering of electronics assemblies.
Career Center | Sherman, Texas USA | Engineering,Production,Research and Development,Technical Support
SMT Packaging Engineer: Location: Texas - Sherman , TX Group: HVAL Degree Requirements: BS ME/ChemE/Materials The person in this position will have the ability to make very significant financial contributions to TI because this is a very critic
Career Center | Huntington Beach, California USA | Engineering
Trantronics, Inc. A well-established electronics assembly company who specializes in outstanding customer services and on time delivery is seeking a motivated hardworking individual to john our team at the Hunting Beach location. Responsibilities
Career Center | , Israel | Engineering,Maintenance,Technical Support
I was born on June , 1972 in Khmelnitsky city , Ukraine . I am male. From 1979 to 1987 I was studying at secondary school #7, having finished which I entered the Technical College of Khmelnitsky in specialty Machine Tools with Computer Numeric Contr
Career Center | Cochin, Kerala India | Engineering,Management,Production,Technical Support
9 Years Experience in SMT Manufacturing Process, Quality Control Process, Testing and Engineering of Windmill power projects. The experience include: - � Skill in selection and installation of new manufacturing lines. � Conduct and analyze process t
SMT Express, Issue No. 3 - from SMTnet.com Volume 1, Issue No. 3 Wednesday, August 18, 1999 Featured Article Return to Previous Page BGA REWORK Earl Moon Proof Of Design (POD) PRE OPERATIONAL REQUIREMENTS The following requirements shall
Defect Coverage for Non-Intrusive Board Tests Defect Coverage for Non-Intrusive Board Tests Non-intrusive board test (NBT) is an emerging test methodology that integrates several complementary embedded-instrumentation-based test technologies
Heller Industries Inc. | https://hellerindustries.com/wp-content/uploads/2018/07/last-will-of-bga-void.pdf
. 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
| http://etasmt.com/cc?ID=te_news_industry,23961&url=_print
Case study: How to Create a Reflow Profile for a 16-layer, 2mm Thickness PCB with a High Density SMT Connector?-SMT Technical-Reflow oven,SMT Reflow Soldering Oven-cmsadmin Reflow oven,SMT Reflow Soldering Oven 当前位置: Home >> News
