| Now Online |
Visitors: 139 Members: 9 |
|
| Subscribe to the SMTnet Express |
|
|
|
| Link to SMTnet |
| Tell everyone you know about SMTnet! You can add this small image to your Web site and provide a link to us. Click here to learn how. |
 |
|
|
|
| |
 |
|

Technical Library articles |
|
Dealing with the Top Five Factory Floor Productivity Killers in the PCB Industry
Published: |
Apr 16, 2009 |
Author: |
Valor Computerized Systems |
Abstract: |
The worldwide electronics industry has sales of $750 billion, two thirds of which is accounted for by PCB assembly. PCB manufacturing is characterised by an obsessive drive for increased productivity in the context of three significant industry drive... |
|
|
If you bear the cost of your product's failure, shouldn't you have a say in ensuring it's success?
Published: |
Apr 09, 2009 |
Author: |
ECD |
Company: |
ECD, Inc
|
Abstract: |
Evidence has come to light that increased solder process temperatures, specifically for lead free solder, are dramatically shortening life expectancy of components; failures do not show up during initial test, but much later on in the products life, ... |
|
|
Economical aluminum substrates make light work of visible LED circuits�
Published: |
Apr 09, 2009 |
Author: |
IRC/TT Electronics |
Abstract: |
Advances in solid state light emitting diodes (LEDs) over the last several years have opened new applications for these devices. Traditionally used only in low power, low light output applications, modern high power LEDs are finding their way into a... |
|
|
A Compliant and Creep Resistant SAC-Al(Ni) Alloy
Published: |
Mar 27, 2009 |
Author: |
Indium Corporation of America |
Abstract: |
The Sn-Ag-Cu (SAC) alloys have been considered
promising replacements for the lead-containing
solders for the microelectronics applications.
However, due to the rigidity of the SAC alloys,
compared with the Pb-containing alloys, more
failures ha... |
|
|
Ten Steps Toward More Successful Projects
Published: |
Mar 25, 2009 |
Author: |
Mike Weekes, Whataboutquality.com |
Abstract: |
Have you ever been asked to lead a project to fix a problem, implement a new technology or some other initiative? It can be intimidating. Just because you, yourself are a good problem-solver, doesn't mean you have the capacity or drive to work wit... |
|
|
A HDMI design guide for successful high-speed PCB design
Published: |
Mar 25, 2009 |
Author: |
Texas Instruments |
Abstract: |
This article presents design guidelines for helping users of HDMI mux-repeaters to maximise the device's full performance through careful printed circuit board (PCB) design. We'll explain important concepts of some main aspects of high-speed PCB de... |
|
|
How Clean Is Clean?
Published: |
Mar 19, 2009 |
Author: |
Aqueous Technologies Corporation |
Abstract: |
Over the past several years, post-reflow defluxing of circuit assemblies has gained in popularity. Microminiaturization of components and boards, combined with higher expected reliability and increased product liability, have contributed to the promi... |
|
|
Startling Results From Reliability Testing
Published: |
Mar 13, 2009 |
Author: |
MYDATA automation |
Abstract: |
Open product reliability testing in Stockholm, Sweden in January as part of a live production event generated some quite startling results. It was apparent that many components simply cannot handle the high reflow temperatures of a lead-free solderin... |
|
|
When It Comes to Cost Reduction, Variation and Waste are the Enemy
Published: |
Mar 05, 2009 |
Author: |
Mike Weekes, Whataboutquality LLC |
Abstract: |
In a recent survey of 89 organizations conducted by Whataboutquality.com, respondents were asked what few key characteristics defined quality, in the eyes of their customer, the most popular response was: the product or service met my requirements. T... |
|
|
Imbedded Component/Die Technology (IC/DT�)
Published: |
Feb 26, 2009 |
Author: |
STI Inc |
Abstract: |
STI has developed a patented1 packaging technology coined Imbedded Component/Die
Technology (IC/DT�) to integrate multiple subsystems within an electronics assembly into a
single, advanced, high-density assembly. Imbedded Component/Die Technology (... |
|
|
|
|