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The Mechanism of Nickel Corrosion in ENIG Deposits and How to Mitigate It
ENIG specs call for examination corrosion for a continuous intermetallic formed between the nickel layer and bulk solder. Can solder wetting balance testing predict the acceptability of ENIG deposits with level 2 or 3 corrosion? READ MORE...
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Maxwell and Transmission Lines
Many electronic engineers leave Maxwell to the textbooks. But in logic, the rise times for signals are often less than a nanosecond – bandwidth that invites unwanted radiation, interference and crosstalk. Can Maxwell’s equations help? READ MORE...
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Limiting Radiation from Logic Circuit Boards
Energy that flows on a logic circuit board leaves as heat or electromagnetic radiation. As clock rates have risen, radiation has become more of an issue.
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From the Archives: Power Electronics Packages with Embedded Components
Homepage Slideshow
The Mechanism of Nickel Corrosion in ENIG Deposits and How to Mitigate It
ENIG specs call for examination corrosion for a continuous intermetallic formed between the nickel layer and bulk solder. Can solder wetting balance testing predict the acceptability of ENIG deposits with level 2 or 3 corrosion?
https://pcdandf.com/pcdesign/index.php/editorial/menu-features/13342-plating-corrosion-1902
Maxwell and Transmission Lines
Many electronic engineers leave Maxwell to the textbooks. But in logic, the rise times for signals are often less than a nanosecond – bandwidth that invites unwanted radiation, interference and crosstalk. Can Maxwell’s equations help?
https://pcdandf.com/pcdesign/index.php/editorial/menu-features/13236-maxwell-and-transmission-lines
Limiting Radiation from Logic Circuit Boards
Energy that flows on a logic circuit board leaves as heat or electromagnetic radiation. As clock rates have risen, radiation has become more of an issue.
From the Archives: Power Electronics Packages with Embedded Components
https://pcdandf.com/pcdesign/index.php/editorial/menu-features/9257-component-packaging-1405
