Technology Papers

Technology Papers


UV LED Curing for the Electronics Industry

This paper provides an introduction to UV LED curing and the many benefits UV LED curing provides for bonding and coating applications in the electronics industry. Product manufacturers, machine builders, and chemistry formulators will gain an understanding of the benefits and how to apply UV LED curing in manufacturing processes. Included are specific examples of how manufacturers are using UV LED to make touch screens, mobile phones, micro speakers, and hard disk drives.April 03, 2014
Sponsored by Phoseon Technology

Versatile Epoxy Compounds for Electronic Applications

Electronic systems have revolutionized our lives. We use them in nearly all of our daily activities, for communication, computing, navigation, entertainment, payment processing, and more. They are the workhorses in many medical, transportation, aerospace, and military systems, performing functions such as automated control, data analysis, and pattern recognition.February 10, 2014
Sponsored by Master Bond, Inc.,

Enhancing the Performance of Electronic Applications with Versatile Epoxy Compounds

Learn about the different functions epoxies perform in the manufacture and assembly of today’s electronic systems. From nanotechnology to enormous space systems, these versatile compounds meet a wide variety of conditions, lending to the reliability and longevity of the devices we use in our everyday lives.January 06, 2014
Sponsored by Master Bond, Inc.,

Intentional Innovation Drives Market Success

Growth Markets Require Forward-Looking SolutionsNovember 21, 2013
Sponsored by Henkel Corporation

Parylene 101: Learn about the best protection for MEMS

This paper explains the basic history, processes, and applications of the ultimate conformal coating, parylene. Parylene has historically been used to protect printed circuit boards, LEDS, and medical devices from rugged environments and the human body, but now the pin-hole free coating is being used increasingly by the leaders in the MEMS market. With no known chemical that can harm the film, it is a perfect application for fuel tanks, water meters, or any product that must function in a hazardous environment.October 04, 2013
Sponsored by Diamond-MT

Mold Compound Advances Require World-Class Capability

Designed to encapsulate today’s high-performing semiconductor components, transfer mold compounds deliver critical device protection and performance stability. Indeed, they are essential materials and require expertise to formulate and manufacture, particularly when it comes to the performance needed for modern IC’s and power discretes that run at higher voltages in power management applications..September 17, 2013
Sponsored by Henkel Corporation

MEMS Need Comprehensive, Market-Ready Solutions

Microelectromechanical systems -- commonly known as MEMS -- applications are on the rise. In fact, the MEMS market is currently outpacing overall IC market growth at a rate that is twice as fast and is expected to be a $20B US market as early as 2017. Why the uptick in MEMS use? The consumer (primarily handheld) and automotive markets hold the answer for now, but other market sectors such as me... July 19, 2013
Sponsored by Henkel Corporation

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