June 2011 Vol. 2, Iss. 42
When BGA interconnection problems come up, do not forget that BEST can help you diagnose and troubleshoot these problems. Dye and pry services from BEST can help pinpoint wettability, pad cratering and cracked laminate problems.
My son, his friend and the friend's father and I had a fun time at a local night mud run. Military personnel barked at us at the (7) obstacles over the 5K course as we climbed over rope ladders, shimmied through a mud pit and climbed up an incline. Big fun!
As a reminder do not forget to see us at the following upcoming regional exhibits:
Wednesday June 22nd Huntsville
We invite you to our leadless device, reballing and advanced package rework seminar as part of the IPC Midwest, September 21st:
PS- See our fun new "About BEST" page.
|Dye and Pry for Finding BGA Problems
If you are having process problems with BGAs, CSPs or leadless devices, dye and pry analysis is a first level troubleshooting methodology for determining an interconnection problem. Problems such as contaminated pads, cracked laminate or a cracked device solder joint can be discovered through the use of this destructive test. Dye is squirted underneath the package and after breaking the device from the board the analysis can show where the penetrant "leaked" in to.
A sample report can be found here.
Call Laura Ripoli at (847) 797-9250 to discuss your project.
BEST Partners with RCBI
Mid Atlantic Professional Solder Training
Solder training and IPC certification training is now available from BEST for those in Pennsylvania, Virginia, Maryland, Washington D.C and North Carolina. BEST has partnered with a votech skills training provider which has a professional solder training facility to bring solder training to the Mid-Atlantic area. The Robert Byrd Technical Center is nestled in a beautiful hilly area just outside Washington D.C.
Our schedule for this and other classes for the 2nd half of 2011 can now be found on our web site.
Call Katy at BEST at (847) 797-9250 for more information.
3D Transistor-Moving Down the Moore Curve
For the first time since the invention of silicon transistors more than 50 years ago, transistors using a three-dimensional structure will be put into high-volume manufacturing. To do so, Intel will deploy a 3D transistor design (codenamed 'Ivy Bridge') called Tri-Gate into high-volume manufacturing.
The traditional 'flat' two-dimensional planar gate has been replaced with a thin three-dimensional silicon fin that rises up vertically from the silicon substrate. Control of the current through the transistor is accomplished by implementing a gate on each of the three sides of the fin - two on each side and one across the top - rather than just one on top, as is the case with a 2D planar transistor.
The additional control enables as much transistor current flowing as possible when the transistor is in the 'on' state and as close to zero as possible when it is in the 'off' state, and enables the transistor to switch quickly between the two states.
The new transistors consume less than half the power when at the same performance as 2D planar transistors on 32nm chips.
|TABLE OF CONTENTS|
|Dye and Pry|
|Mid Atlantic Solder Training|
|BGA Reballing Preforms|
|PCB Repair Kit|
|PCB Repair Kit|
For PCB repair needs BEST offers a complete starter kit for both SMT as well as throughhole repairs.
Use this kit along with BEST soldering tips to perform repairs on your own or to make board modifications.
|VOCAB- Word of the Month|
"pek SNIF ee uhn" which is an adjective.
The vocabulary you use tells others your level of intellect.
Hypocritically and smuggley affecting benevolence or high moral character
"The men who do things in the world, the men worthy of admiration and imitation, are men constitutionally incapable of any such pecksniffian stupidity. "
|BEST SMT Metal Stencils|
BEST can deliver your metal SMT stencils in a variety of configurations. Our process expertise and our higher nickel content material insures a high quality print for your SMT assembly operation.
Call Katy Radcliff at (847) 797-9250.